How to loose fat easily in 1 month?

If your fat  bothering you then can achieve an unbelievably flat stomach faster. Fat belly is something that has been bothering most of us.What happens if you come across a way of getting rid of your belly in more than a week? If you are troubled by the fat rings on bellies then this post is for you. First of all forest plays an important role in keeping fit and many other factors that you have to pay attention.

EATING MEALS IN PORTIONS

Instead of eating 3 whole meals you should eat smaller portions about 2 to 3 hours apart. Nowadays there is fixed time to have lunch but instead of having 3 larger meals break it into 5-6 parts. Never ever eat too much at a time.

DON'T EAT

Do not take high fibre foods like cauliflower, beans and brocalli. Don't eat junk food it is like garbage for your belly. You should away from oily or spicy food as much as possible. Eat green veggies cucumber watermelons etc. We suggest that you don’t eat too many raw vegetables and fruits at one time.

DON'T DRINK WATER TOO MUCH

Water makes us feel full and reduces overheating but don't drink water immediately after lunch or dinner. You should take water at least 1 hour after lunch or dinner. If you feel thirsty then you can try a cup of warm water (lukewarm water). Don't drink alcohol it reduces the burning of you fat.

TAKE HELP FROM HONEY AND GINGER

Green tea comes with antioxidants which reduces fat. You should try before you workout. Drinking honey with lukewarm water every morning in empty stomach will help you in reducing fat. In morning you can try green tea as a normal routine.

FASTING & EXERCISE

For controlling food you need to practice fasting.Designate a particular day in a week and fast. Eat salad and drink juice for a full day. Go for walk in evening after having dinner it helps in burning calories walk at least 30 min to lose your belly fat. Do yoga it will keep you alive and healthy practice sun salutation anddifferent asans. Sleep adequately is equally important. Sleep at least 7-8 for reduce belly fat.

Top discounted 9 gadgets that you can buy from Amazon great Indian festival

Festival season is starting Amazon gives blockbuster deals on gadgets grab them now last chance to take your gadget at low cost. Below are top 9 discounted gadgets that you can buy. These offers valid til 23th sept. So hurry up guyzz😃

Moto G5s Plus

• 13+13MP dual back camera
• 4GB RAM 
• Dual nano SIM with dual-standby (4G+4G); Metal body with fingerprint reader
• Android v7.1.1 Nougat operating system with 2.0GHz Snapdragon 625 octa-core processor
• 3000mAH Lithium-ion battery with 15W Turbo Charging
• 1 year manufacturer warranty for device and 6 months manufacturer warranty for in-box accessories including battery from the date of purchase
• Prize: 15999
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LENOVO K4 NOTE

• 13+5MP dual back camera and 13MP front facing camera with party flash
• Android v7.1.1 Nougat operating system with 2.3GHz Helio X23 10-core processor
• 13.97 (5.5-inch) Full HD (1920 x 1080) IPS touchscreen with Gorilla Glass protection
• 4GB RAM and 64GB internal memory expandable up to 128GB
• Dual nano SIM with dual-standby (4G+4G)
• 4000mAH all day battery with 15W Turbo Charging
• 1 year manufacturer warranty for device and 6 months manufacturer warranty for in-box accessories including batteries from the date of purchase
• Prize:12999
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REDMI 4A

• 13MP primary camera with 5-elements lens, f/2.2 aperture, PDAF, high dynamic range (HDR), panaroma, 1080p full HD video recording and 5MP front facing camera
• 12.7 centimeters (5-inch) display with 1280 x 720 pixels resolution and 293 ppi pixel density
• Android v6.0.1 Marshmallow operating system with up to 1.4GHz Qualcomm Snapdragon 435 octa core processor with Adreno 505 GPU, 3GB RAM, 32GB internal memory expandable up to 128GB and dual SIM (micro+nano) dual-standby (4G+4G)
• 4100mAH lithium-ion battery providing talk-time of 36 hours and standby time of 432 hours
• 1 year manufacturer warranty for device and 6 months manufacturer warranty for in-box accessories including batteries from the date of purchase
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MOTO G5 PLUS

• 12MP primary camera (f1.7) with dual auto focus pixels and 5MP front facing camera, color balancing dual LED flash, 8x digital zoom for photos, 4x for video, drag to focus exposure
• 4GB RAM and 32GB internal memory expandable up to 128GB
• Metal body with finger-print reader
• 13.2 centimeters (5.2-inch) Full HD TFT IPS display with 1920 x 1080 pixels resolution with Corning Gorilla Glass 3 capacitive touchscreen
• Android v7 Nougat operating system | Qualcomm Snapdragon 625 octa-core processor (2GHz) with Adreno 506 GPU
• Dual nano SIM with dual-standby (4G+4G)
• 3000mAH lithium-ion battery
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MI MAX2

• 12MP primary camera with f/2.2, phase detection autofocus, dual-LED (dual tone) flash, 1/2.9" sensor size, 1.25 µm pixel size, touch focus, face detection, HDR, panorama and 5MP front facing camera
• 16.35 centimeters (6.44-inch) IPS LCD capacitive touchscreen with 1920 x 1080 pixels resolution, 342 ppi pixel density and 16M color support
• Android v7.1.1 Nougat with Miui 8 operating system with 2GHz Qualcomm Snapdragon 625 Cortex-A53 octa core processor, Adreno 506 GPU, 4GB RAM, 32GB internal memory expandable up to 128GB and dual SIM (micro+nano) dual-standby (4G+4G)
• 5300mAH lithium-polymer battery
• 1 year manufacturer warranty for device and 6 months manufacturer warranty for in-box accessories including batteries from the date of purchase
• PRize:12999
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LG Q6

• 13MP primary camera and 5MP front facing camera with wide angle selfie
• 13.97 centimeters (5.5-inch) IPS in cell touch capacitive touchscreen with 1080 x 2160 pixels resolution, 442 ppi pixel density and 16M color support with Corning Gorilla Glass 3
• Android v7.1 Nougat operating system with 1.4GHz Qualcomm Snapdragon 435 octa core processor, 3GB RAM, 32GB internal memory expandable up to 2TB and dual SIM (nano+nano) dual-standby (4G+4G)
• 3000mAH lithium-ion battery providing talk-time of 14 hours and standby time of 136 hours
• 1 year manufacturer warranty for device and 6 months manufacturer warranty for in-box accessories including batteries from the date of purchase
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JBL GO WIRELESS PORTABLE BLUETOOTH

• Great sound and small form factor
• Wireless bluetooth streaming
• Speakerphone and durable material
• Compatible with smartphones and tablets
• Connector Type: Bluetooth, Aux-in
• Prize 1899
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MI 20000 MAH POWER BANK

• Lithium polymer battery makes it more durable and optimises charging efficiency
• Experience ultra-fast charging Quick Charge 3.0 support when charging one device or 5.1V/3.6A support when charging two devices at once
• 20000mAH Mi power bank 2 plays well with others, including devices from Mi, Apple, Samsung and more
• Prize 1799
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JIOFI

• Enjoy 4G features on 2G/3G smart phones
• True 4G speed - download speed up to 150 Mbps and upload speed up to 50 Mbps
• Make video and HD voice calls, audio and video conference, send SMS with Jio 4G voice app
• Recommended to connect up to 10 Wi-Fi enabled devices (smartphone, laptops, tablets and even smart TVs)
• Prize 999
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What is relativity all about? 🌵

Our principal focus of relativity has to do with measurements of events where and when they happen, and by how much any two events are separated in space and in time. In addition, relativity has to do with transforming such measurements and others between reference frames that move relative to each other (Hence the name relativity).

Transformations and moving reference frames were well understood and quite routine to physicists in 1905. Then Albert Einstein published his special theory of relativity. The adjective special means that the theory deals only with inertial reference frames, which are frames in which Newton's laws are valid. This means that the fames do not accelerate; instead they can move only at constant velocities relative to one another. (Einstein's general theory of relativity treats the more challenging situation in which reference frames accelerate; the term relativity implies only inertial reference frames.)

Starting with two deceivingly simple postulates, Einstein stunned the scientific world by showing that the old ideas about relativity were wrong, even though everyone was so accustomed to them that they seemed to be unquestionable common sense. This supposed common sense, however, was derived from experience only with things that move rather slowly. Einstein's relativity, which turns out to be correct for all possible speeds, predicted many effects that were, at first study, bizarre because no one had experienced them. 

In particular, Einstein demonstrated that space and time are entangled that is, the time between two events depends on how far apart they occur, and vice versa. Also, the entanglement is different for observers who move relative to each other One result is that time does not pass at a fixed rate, as if it were ticked off with mechanical regularity on some master grandfather clock that controls the universe. Rather, that rate is adjustable: Relative motion can change the rate at which time passes. Prior to 1905, no one but a few daydreamers would have thought that. Now engineers and scientists take it for granted because their experience with special relativity has reshaped their common sense. Special relativity has the reputation of being difficult. It is not difficult mathematically, at least not here. However, it is difficult in that we must be very careful about who measures what about an event and just how that measurement is made and it can be difficult because it can contradict experience.

Mechanism of a nuclear reactor ☠

For large-scale energy release due to fission, one fission event must trigger others, so that the process spreads throughout the nuclear fuel like flame through a log. The fact that more neutrons are produced in fission than are consumed raises the possibility of just such a chain reaction, with each neutron that is produced potentially triggering another fission. The reaction can be either rapid (as in a nuclear bomb) or controlled (as in a nuclear reactor). Suppose that we wish to design a reactor based on the fission of 25U by thermal neutrons. Natural uranium contains 0.7% of this isotope, the remaining 99.3% being 2MU, which is not fissionable by thermal neutrons, Let us give ourselves an edge by artificially enriching the uranium fuel so that it contains perhaps 3% 215U. Three difficulties still stand in the way of a working reactor.

 Some of the neutrons produced by fission will leak out of the reactor and so not be part of the chain reacting Leakage is surface effect; its magnitude is proportional to the square of pical reactor dimension (the surface area of a cube of edge length a is 6a^2). Neutron production, however, occurs throughout the volume of the fuel and is thus proportional to the cube of a typical dimension (the volume of the same cube is a). We can make the fraction of neutrons lost by leakage as small as we wish by making the reactor core large enough, thereby reducing the surface-to-volume ratio.

The neutrons produced by fission are fast, with kinetic energies of about 2 MeV. However, fission is induced most effectively by thermal neutrons. The fast neutrons can be slowed down by mixing the uranium fuel with a substance-called a moderator that has two properties: It is effective in slowing down neutrons via elastic collisions, and it does not remove neutrons from the core by absorbing them so that they do not asult in fission. Most power reactors in North America use water as a modern hydrogen nuclei (protons) in the water are the effective component, if a moving particle has a head on elastic collision with a stationary particle, the moving particle loses all its kinetic energy if the two particles have the same mass. Thus, protons form an effective moderator because they have approximately the same mass as the fast neutrons whose speed we wish to reduce.

 As the fast (2 MeV) neutrons generated by fission are slowed down in the moderator to thermal energies (about 0.04 eV), they must pass through a critical energy interval (from to 100 ev) in which they are particularly susceptible to nonfission capture by 2U nuclei. Such resonance capture, which results in the emission of a gamma ray, removes the neutron from the fission chain. To minimize such nonfission capture, the uranium fuel and the moderator are not intimately mixed but are “clumped together," occupying different regions of the reactor volume in a typical reactor. The uranium fuel is in the form of uranium oxide pellets which are inserted end to end into long hollow metal tubes. The liquid moderator surrounds bundles of these fuel rods, forming the reactor core. This geometric arrangement increases the probability that a fast neutron, produced in a fuel rod will find itself in the moderator when it passes through the critical energy interval. Once the neutron has reached thermal energies, it may still be captured in ways that do not result in fission (called thermal capture) However, it is much more back into a fuel rod and produce likely that the thermal neutron will wander fission event. Neutron balance in a typical power reactor operating at constant power.


Let us trace a sample of 1000 thermal neutron through one complete eycle, or generation, in the reactor core. They produce 1330 neutrons by fission in the 2SU fuel and 40 neutrons by fast fission in 3*U, which gives 370 neutrons more than the original 1000, all of them fast. When the reactor is operating at a steady power level, exactly the same number of neutrons (370) is then lost by leakage from the core and by nonfission capture, leaving 1000 thermal neutrons to start the next generation. In this cycle, of course, each of the 370 neutrons produced by fission events represents a deposit of energy in the reactor core, heating up the core. The mutiplication factor k an important reactor parameter is the ratio of the number of neutrons present at the beginning of a particular generation to the number present at the beginning of the next generation. The multiplication factor is 1000/ 1000, or exactly unity. For k = 1, the operation of the reactor is said to be exactly critical, which is what we wish it to be for steady power operation. Reactors are actually designed so that they are inherently supercritical K > 1; the multiplication factor is then adjusted to critical operation by inserting control rods into the reactor core. These rods, containing a material such as cadmium that absorbs neutrons readily, can be inserted farther to reduce the operating power level and withdrawn to increase the power level or to compensate for the tendency of reactors to go suberitical as (neutron-absorbing) fission products build up in the core during continued operation. If you pulled out one of the control rods rapidly, how fast would the reactor power level increase? This response time is controlled by the fascinating circumstance that a small fraction of the neutrons generated by fission do not escape promptly from the newly formed fission fragments but are emitted from these fragments later, as the fragments decay by beta emission. Of the 370 "new" neutrons produced in, for example, perhaps 16 are delayed. Being emitted from fragments following beta decays whose half-lives range from 0.2 to 55 s. These delayed neutrons are few in number, but they serve the essential purpose of slowing the reactor response time to match practical mechanical reaction time to shows the broad outlines of an electric power plant based on pressurized water reactar (PWR). A type in common use in North America. In such a reactor, water is used both as the moderator and as the heat transfer medium. In the primary loop, water is circulated through the reactor vessel and transfers energy at high temperature and pressure (possibly 600 K and 150 atm) from the hot reactor core to the steam generator, which is part of the secondary loop. In the steam generator, evaporation provides high-pressure steam to operate the turbine that drives the electric generator.


To complete the secondary loop, low pressure steam from the turbine is cooled and condensed to water and forced back into the steam generator by a pump. To give some idea of scale, a typical reactor vessel for a 1000 MW (electric) plant may be 12 m high and weigh 4 MN. Water flows through the primary loop at a rate of about I ML/min. An unavoidable feature of reactor operation is the accumulation of radioactive wastes, including both fission products and heavy transuranic nuclides such as plutonium and americium. One measure of their radioactivity is the rate at which they release energy in thermal form shows the thermal power generated by such wastes from one year's operation of a typical large nuclear plant. Note that both scales are logarithmic. Most "spent" fuel rods from power reactor operation are stored on site, immersed in water: permanent secure storage facilities for reactor have to be completed much weapons derived radioactive waste accumulated during Warld War Il and in subsequent years is also still in on site storage. For example, shows an underground storage tank farm under construction at the Hanford Site in Washington State; each large tank holds 1 ML of highly radioactive liquid waste. There are now 152 such tanks at the site, in addition, much solid waste, both low-level radioactive waste and high-level waste (reactor cores from decommissioned nuclear submarines, for example) is buried in trenches.

What should be the cause of death of sun forming into red giant?

The Sun radiates energy at the rate of 3.9 x 108 W and has been doing so for several billion years. Where does all this energy come from? Chemical burning is ruled out; if the Sun had been made of coal and oxygen-in the right proportions for combustion-it would have lasted for only about 1000 y. Another possibility is that the Sun is slowly shrinking, under the action of its own gravitational forces. By transferring gravitational potential energy to thermal energy, the Sun might maintain its temperature and continue to radiate. Calculation shows, however, that this mechanism also fails; it produces a solar lifetime that is too short by a factor of at least 500 that leaves only thermonuclear fusion. The Sun, as you will see, burns not coal but hydrogen, and in a nuclear furnace, not an atomic or chemical one. The fusion reaction in the Sun is a multistep process in which hydrogen is burned into helium, hydrogen being the "fuel and helium the "ashes."


The p-p cycle starts with the collision of two protons ('HH) to form deuteron (H), with the simultaneous creation of a positron (e) and a neutrino. The positron very quickly encounters a free electron (e) in the Sun and both particles annihilate their mass energy appearing as two gamma-ray photons. A pair which is actually extremely rare. In fact, only once in about 1028 proton-proton collisions is deuteron formed: in the vast majority of cases, the two protons simply rebound elastically from each other. It is the slowness of this "bottleneck" process that regulates the rate of energy production and keeps the Sun from exploding. In spite of this slowness, there are so very many protons in the huge and dense volume of the Sun's core that deuterium is produced in just this way at the rate of 1012 kg/s.

Once a deuteron has been produced, it quickly collides with another proton and forms a He nucleus. Two such 'He muclei may eventually (within 10 y: there is plenty of time) find each other, forming an alpha particle He and two protons,  Overall the p-p cycle amounts to the combination of four protons and two electrons to form an alpha particle, two neutrinos, and six gamma-ray photons. obtaining the quantities in the two sets of parentheses then represent atoms of bydrogen and of helium. That allows us to compute the energy release in the overall reactions.


About 05 MeV of this energy is carried out of the Sun by the two neutrinos is deposited in the core of the Sun as thermal energy. That thermal energy is then gradually transported to the Sun's surface where it is radiated away from the Sun as electromagnetic waves, including visible light.

Hydrogen burning has been going on in the Sun for about 5 x 108 y, and calculations show that there is enough hydrogen left to keep the Sun going for about the same length of time into the future. In 5 billion years, however, the Sun's which by that time will be largely helium, will begin to cool and the Sun will to collapes under its own gravity. This will raise the core temperature and cause the outer envelope to expand, turning the Sun into what is called a red ziant. If the core temperature increases to about 10 K again, energy can be produced through fusion once more this time by burning helium to make carbon. As a star evolves further and becomes still hotter, other elements can be formed by other fusion reactions However, elements more massive than those near the peak of the bindinig energy cannot be produced by further fusion processes.


Elements with mass numbers beyond the peak of that curve are thought to be formed by neutron capture during cataclysmic stellar explosions that we call super
novas. In such an event the outer shell of the star is blown outward into space, where it mixes with and becomes part of the tenuous medium that tils the space between the stars. It is from this medium, continually enriched by debris from stellar explosions, that new stars form, by condensation under the influence of the gravitational force. The abundance on Earth of elements heavier than hydrogen and helium suggests that our solar system has condensed out of interstellar material that contained remnants of such explosions. Thus, all the elements around us including those our own body were manufactured in the interios of stars that no longer exist as one scientist put it "In truth we are the children of the stars

How to solve the constant acceleration equation problems easily?

In many types of motion, the acceleration is either constant or approximately so. For example, you might accelerate a car at an approximately constant rate when a traffic light turns from red to green. Later when you brake the car to a stop, the deceleration might also be approximately constant. Such cases are so common that a special set of equations has been derived for dealing with them. when you work on the homework problems, keep in mind that equations are valid only for constant acceleration or situations in which you can approximate the acceleration as being constant, When the acceleration is constant, the average acceleration and instantaneous acceleration are equal.

basic equations for constant acceleration; they can be used to solve any constant acceleration problem. However, we can derive other equations that might prove useful in certain specific situations. First, note that five quantities can possibly be involved in any problem regarding constant acceleration namely, x-x0, v, t, a, and v0. Usually, one of these quantities is not involved in the problem, either as a given or as an unknown. We are then presented with three of the remaining quantities and asked to find the fourth.

lists of basic constant acceleration equations as well as the specialized equations to solve a simple constant acceleration problem. you can usually use an equation from this list.

Why is there a validity for data packs?

As you know before Vodafone net pack, Airtel data plan, BSNL data plan cost around 300 rupees to 500 rupees only for 28 days. But have you ever imagine why 28 days or not 30 days and why limitation to 1 month. So here is a simple answer of this burning question.

The maximum validity of data plans should not reach 90 days in total rule set by TRAI (Telecom regulatory Authority of India) but now they updated the rule and exceed the time limit to 365 days (jio-jio).

Now why 2 days less than 30 days of a month i.e. 28 days. So if it is 30 days we have to recharge 12 times a year but if it is 28 days we have to recharge 13 times a year so that's the business and so that Telecom operator can earn more as that simple.

There is one more tweak if it is 28 days then you will remember or prepared for recharging before 1 day of the next month but if it is 30 days then date maths get complicated and you forget to recharge and your balance hits the magical zero now there is a no tension because "jio maine leli aaj ,jio maine leli ajj"😂

Now why is there not a validity for lifetime so there is a simple reason because there is a very less number of wired broadband connection and WiFi at homes in India. People are much more depend on data plans as a result cause more and more traffic to a single bandwidth and Spectrum results in spectrum crunch. This can be understand by the fact that in daytime jio speed is less due to heavy traffic in a particular area but at night the speed is usually better than days.
For data packs to be unlimited we have to install more than more wired broadband connections and public hotspots.

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SPACE FACTS
On 1 April 2005, NASA pulled a prank telling the world, that they have found water on Mars 😚
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Why are bikes always have their headlights on in India?

Now a days in India many people wonders to see headlamp of bikes on in day time and fly their hands high to tell the person in order to kindly switch off the headlights of the bike. But they don't know that government of India introduced AHO (automatic headlights on) norms in all new bikes and Scotties (yup Scotties also 😎) for the safety of riders and the people on the roads.

Now come to the point what does AHO  means? and Why is it introduced?

So let's get started.....

What does AHO means?

AHO stands for automatic headlights on. It is a norm implemented by government of India made it compulsory that new bikes will have headlights on all the time, be it day or night. When two wheelers have this feature their headlights will start glowing as the engine is started and they won't have any switch to turn on & off the headlights.

Why is it introduced?

Basically AHO introduced for the safety of the riders and for the people on the roads. DRL(day time running lights terms used in European countries like AHO in India) was introduced in Europe in 2003 because of low visibility in the climate. In most part of the europe climate is cloudy, foggy, always raining and snowing. This makes lower visibility for the riders causes accidents on the roads. In India, drivers claim that they didn't see the motorcycles due to lower lighting, fog, heavy rain and because of bikes are very narrow. Hence govt. Of India introduced AHO feature in all two-wheelers from April onwards.

It will take some time to digest this fact of AHO. But one thing is sure that you will have to ready to face the kindly suggestions 🖐 from people on the road that your headlight is on, kindly turned it off 😊

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FACTS
The only part of the body that has no blood supply is the cornea of the eye 👁. It receives oxygen directly from the air 😱
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Share with your bikers friends😎

How to detect hidden cameras in the trial rooms, and hotels?

Shopping of clothes is popular among women. Seeing a dress, fall in love with it and trying it. But this trying can be watched by the hidden cameras in the trial rooms by the sick person's mentality. Here i am going to tell you the easy tips & tricks like detecting hidden cameras using android, using spy camera app, And other facts like two-way mirror concept that ensure you never fall into such traps.

So let's get started...

What is a two-way mirror?

A two-way mirror is a reflective mirror on one side where you can see your face and reflections but there is a transparent normal glass on the other side through which anyone can look at you directly without your knowledge. This type of mirror can be placed in the trial rooms, bathrooms and in hotels.

How can we detect a two-way mirror?

1) Touch test

If you tap on the two-way mirror with your knuckle it will produce an open, hollow and reverberating sound because there is an open space in the other side contrary to a reflecting mirror which produces a dull, flat sound since it's place infront of a wall.

2) Torch test

For the proper working of two-way mirror one side of the room must be very bright while other side (observers side) must be dark
Turn off the rooms light then turn on camera flash. Now flash of camera will pass threw mirror

And you can see the observer behind the mirror in the dark room.

3) Finger test

Touch the mirror if it's two-way mirror then there is no gap between the finger and reflection. If it's ordinary or simple mirror then there will be a gap between your finger and reflection.

How can we detect hidden cameras using android?

1) The easiest way to detect is using your phone calling. By dialling any number if find any disturbance, noise, low signal, call not connect issue means there is a hidden cam.

To check, do the same at your home, use your mobile close to PC or laptop, you will understand the sort of disturbance it produce.

Not all phones will do this, you have to check whether your phone buzzes or not.

2) Turn off all the lights in the room. Close all the curtains. Turn on the mobile camera. Walk around in the room. If red or purple dots shown on phones  screen then there is chance of spy camera.

To confirm it just see your TV remote through it. It will show a purple spot.

Focus on the front remote and click any Button to see the purple dot.

How to detect hidden cameras using spy camera apps?

1) Android users can try a free app-Glint finder

2) The hidden camera detector app for iPhone costs $4.99 and can be purchased in the apps store.

Both these apps require you to be fairly close to the hidden camera. The angle of hidden camera​lens and smartphone has to be the same.

A dim lit room gave us the best detection result. After turning off the light we can check for strange LED lights that shouldn't be there. Check hidden camera in conspicuous items such as eyeglasses, lamps, buttons, books, desk plant, house plant, tissues boxes, stuffed teddy bears etc. Watch for cameras near valuable items. Look for mirrors that had no meaning to be place there. Most hidden camera requires AC power to run so check for all unrecognised power plugings to the sockets.

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TECH FACTS
Vivo, oppo and one plus are all owned by the same company 🤔
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Share with your family and friends to create the awareness 😊

Biggest ransomware attack ever seen.Everything you should need to know about wannacry ransomware attack.

I think in the modern days "data is life" It hurts😔 when someone stolen your own data and ask money for that.
Now I am going to give you all the information about wannacry ransomware that what exactly it do?how can you protect yourself?what can you do if the computer is infected?so that you can protect your precious data of yours and your loved ones.

Now come to the point what is ransomware? and why it is so called wannacry? So this is a malware, a type of trojon virus created to block access to computer system until a sum of money is paid.This ransomware is called as wannacry because it is created by a hackers group known as wannacry.

In this wannacry ransomware they demand the victims to pay 300 dollars in Bitcoins. If the victim doesn't pay till 3 days the amount doubles to 600 dollars and ultimately after 7 days without any payment they deleted all the files and data😤.Now coming to a interesting question why they ask money in Bitcoins so as you know this is a digital currency popular among cyber criminals because it has no central authority, no rules and regulations and practically impossible to trace.

Remember that paying ransom doesn't guarantee that it will remove ransomware from your computer. Fulfillng the demand of hackers only give them funds to create and spread more and more ransomware program.

This is the biggest ransomware attack that we have ever seen occurs on Friday in may 12th.It infected 230,000 computers in 150 countries. European countries were hit the hardest. Government agencies like UK's national health service and telecom providers like Spains telefonica were infected. In India wannacry attack computers including computers of government agencies like Andhra Pradesh police department.


IS THE ATTACK OVER?:-- NO Unfortunately the spread doesn't actually stopped but instead slowed.On Saturday a security researcher named Marcus Hutchins slowed the spread of this virus by registering the domain name hidden within the virus code.


✓THINGS YOU SHOULD DO TO PROTECT YOURSELF FROM THIS RANSOMWARE👍

1) Regardless of which OS, you run install all available security updates and patches immediately.

2) Windows users with computers that run windows XP, windows 8, or windows server 2003 should immediately install security updates and patches released on Friday by Microsoft.

3) Never click on a link by SMS, WhatsApp, Gmail, Facebook, and other untrusted websites and applications.

4) Keep your file backed up regularly and periodically in more than one secure place.

5) Don't use torrent for some days.

6) Don't download songs, softwares, movies, etc. from pirated websites and apps.

7) Mobile phones are affected by these virus or not is not confirmed either there is no such case of it but we have to take safety majors in mobile phones also.

8) An antivirus would work but it's not the best option. wannacry uses so called ETERNALBLUE vulnerability inside windows code. The best way to protect yourself is to install the latest update that fixes the ETERNALBLUE vulnerability or using anti-malware program especially made to protect against sophisticated malwares like ransomware in mind.

9) Don't use filetypes that are targeted and encrypted by wannacry especially .exe file.

10) If your computer is hijacked or attacked immediately shut down the system and seek the help of computer professionals or IP experts. Don't give in.

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SPACE FACT
WHEN YOU'LOOK AT THE ANDROMEDA GALAXY THEN YOU ARE SEEING THE GALAXY AS IT WAS 2.3 MILLION YEARS AGO.AND HUMAN SPECIES ARE ONLY 200,000 YEARS OLD.😱
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Share to your family, friends and loved ones to protect them against wannacry ransomware.Thanks for reading my blog guyzz😊😃

Water is colourless.why? explained!💧

We see water in different forms and colours.Sometimes it is coloured because of the colour of particles present in it.e.g. bacteria,blue algae,fungi etc.But water is actually a faint blue colour (pure water).The blue colour becomes more clear and enhanced when we look down or through a large volume of water while relatively small quantities of the water appears to be colourless.Example of large volume of water is ocean which is blue when seen from above it.Now some says that blue colour comes from the reflection of the sky.This is the common misconception.This can be explained by the fact that ocean remains blue in cloudy days.When sky is full of white clouds.Now we come to the point that why water is colourless.Reason is given below.

1) We already know that white colour is made up of several colours. Now any matter is made up of little particles (atoms & molecules).When light falls on these particles.Some colours gets absorbed and some gets reflected and that reflected colour when reaches our eyes we see colour in them for example-When we look at an orange🍊 all colour from light except orange colour get absorbed and when that orange colour is reflected reaches our eyes we see orange looks orange in colour😁😂.
similar is the case of water only difference is that it reflect all colours except a little blue colour. when all these colour reaches our eyes all colour gets combined and form white light thus water seems colourless.

2) Because hydrogen and oxygen both are colourless and hence water is colourless because it is the combination of both hydrogen and oxygen.

3) It could be hereditary as our eyes first evolved in water hence our body adapted to see water colourless.

4) electron transition,unpaired or paired electron in a substance makes it coloured or colourless.If it has unpaired electron then electron transition occurs and this makes substance coloured. If it has paired electron transition not occurs and then substances will be colourless.Water has no unpaired electron so it comes in the colourless category.
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TECH FACT
In the browser Mozilla Firefox logo is actually a red panda🐼 not a fox native to Himalayas and southwestern China. 😊
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Have you ever imagine why our hands swinging when we are walking?

Swinging actually had a purpose,it conserves energy of our body.Yae right it conserves energy.How? Let's find out😊

Scientifically the people who hold their arms at rest while walking use 12℅ more body energy than people who swings their arms naturally.
Assume arm is like a pendulum, when our legs moves, our body also moves and that movement forces our arms(i.e. Pendulum) to swing.Now think if we stop this movement or force by doing our arms at rest means our body is applying an external energy(i.e. body energy) contrary to natural swinging in which body doesn't apply any force or energy and swings like to and fro.Thats way our body use energy when we take the hands at rest.

Swinging hands also maintain the centre of gravity of our body in an unstable place. It supplies dynamic balance to the body. If we had a tail🐒😄 we wouldn't have to swing our arms to balance our body.

If you think to go against natural arm swing to burn more calories then this can damage your spines.So guyzz hold on with your natural swing to carry on with your walk.

JOKE TIME

Teacher: Agar koi moti ladki palat ke waapis aae to,

is sentence ko English mein kya kahenge?

Pappu: "Gol Maal Returns!"😄😂😙

Thanks for reading my blog guyzz hope you enjoy☺

Judges break the nib of the pen after the death of a prisoner, why? explained.

The fact is that the act of breaking the nib of a pen is not an act under any law. It is just a belief that court follows. It is a british custom done by convention, not because of any rule. But do you imagine why they do it? So below is some reasons why they do it.

1) It is done by Judges as to distance themselves from the guilt of their judgment

2) To safeguard that none can commit such offence.

3) Breaking of nib used to express the sorrow.

4) It also declares that Judges is only carrying out his official accountability

In modern days, it has been observed that instead of breaking of nib, they throw the refill of the pen out.
Once it is declared death none can question it. Only supreme Court can override it.


SPACE FACTS
Some of the stars we see in the night sky are not really exist.They are called as "Ghost stars".😳😮

Thanks for reading my blog guyzz.Hope you enjoy😃😊

Can bank account hacked by hackers if he knows account number,IFSC code,PAN number and account holder name?

I know how hard it is to earn money.You earn and money save it to the bank for future purposes but in addition you have to take care of your money.

So let's start I'm giving you the answer to the point that can anyone hack your account with these above information. So the answer is that NO ONE can missuse or hack your account with these information so take a chill-pill.No hacking can be shooted with these details. Passbooks/Checkbooks contains our bank account number,name,IFSC code and PAN number if it was supposed to be sensitive then they wouldn't brought it to light.

One can use account name and number only to transfer some bundles of money.IFSC code (Indian financial system code) which is a 11 digit alphanumeric number which shows any bank branch address,only used to locate the branch of any bank. It can be found over internet easily. So you don't have to bother about account name, number and IFSC code.

But In case of PAN number you have to little more concious.I mean not very but little bit. PAN cannot be used for withdrawal of money like credit card or debit card.PAN or permanent account number is our id in the income tax department of India.If someone has a Xerox copy of yours, he won't be able to make any use of it.It can be use in some works like taking a sim card but still he requires the photo and address proof of yours.

Some People may not be elective to get loans due to poor financial records or any other reason. Such people may try to take benefit from our PAN.These type of activities​ can only be performed by people who are close to us.So firstly we have to know the person well before giving our PAN.

We have to careful with sharing of our date of birth.Chances are also there that any unknown person with our PAN can register on the income tax site with our surname and date of birth. This type of details can easily be traced by our social profile.
Railways displaying only last digits of the PAN card so that PAN harm can be avoided.

THINGS ONE CAN DO TO AVOID THESE TYPE OF RISKS.

Bank doesn't wants any of these details over phone so don't EVER SHARE any of these below details over phone or mail to any one even to the bank employee (s).

1) Debit card/ Credit card no.

2) Debit card pin .

3) Net banking user id and passwords.

4) Cheque book or cheque signed.

5) mobile number/OTP

6) Avoid to give PAN as identity proof. Instead give other id(s) like voter ID or driving licence.


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THANKS FOR READING MY BLOG😃😊😉

Where do deleted files go from mobiles or computer systems?

First of all they don't go anywhere they remain in the mobile phones and computers.When we delete a file, it is unreadable by the mobiles and computer.However the file is still on its memory or at some particular location,at least until other file is saved to the same location.

Further more on any hard disk there is a table stored that shows some certain file is stored at the particular location (s).When the file is deleted, the original character of the file is removed and it is marked as "unknown".Now from the next time drive knows that the location which is marked as unknown were free to be overwritten with new data.
As long as no fresh data had been written over that certain location with information, everything was still there and that's why we could recover it by data recovery software and apps.



Thanks for reading stay tuned for more awesome questions 😉😊😃

Why do Tv screens or monitors flickers when filmed by the video?

In simple thoughts TV screen's scan or refresh rate is not match with scan or refresh rate (rate at which screen data refreshes) of filming equipments (eg.camera,mobile phones).
For example-Tv screen refreshes at speed of 60fps but on a mobile phone the refresh rate is only 25fps or 30fps.
A digital/video camera is using a sensor which has the certain amount of pixels and it is capturing something that doesn't have matching number of pixels.
Another reason is that the understanding of phosphorus dots by human eyes and camera sensors are different.
Some Devices control the flicker of screen.Generally a digital signal is sent to the monitor so that it will sync with the camera.

Why our tounge start jiggling​ when we open our mouth infront of the mirror?

If we talk in short this is due to the nerve impulses in the tounge.The tounge has distribution from three different sensory nerves branches.

The muscles of the tounge get distributed by one nerve except one muscle which is joined by the soft palate to the tounge. Hence jiggle overdue to differences in the direction of the impulses of two different nerves at different time. If both go together it will not possible for the tounge to take the food inward.when keeping the mouth open this jiggling happens automatically