The rate of acceleration depends on two factors according to the equation a = GM/d2, where G is the gravitational constant, M is the mass of the planet/larger object and d is the distance between the two masses. For example the acceleration on Earth's surface is "always" 9.8ms-2 because neither the mass of the Earth and the distance from its centre ever change*.
The force of gravity on an object is determined by its mass and the acceleration due to gravity. The formula to calculate this force is: force of gravity = mass of the object × acceleration due to gravity. On Earth, the acceleration due to gravity is approximately 9.81 m/s^2.
Gravity is the force that puts an object into free fall. It is the attractive force that exists between all objects with mass and causes objects to accelerate towards each other.
17,500 miles per hour puts the shuttle in orbit. BUT the gravity is still there. I'm fact there is about 90% of the gravity while the shuttle is on the ground. That great rate of speed is required to keep the shuttle from falling back to earth. At that speed the shuttle is basically falling around the planet.
No, there is no known way to block the effect of gravity on earth. However, by going into freefall (or into a stable orbit, which is a way of having permanent freefall, constantly falling over the horizon), you fall at the same rate as everything around you; freefalling in, say, an airplane or elevator would have you falling at the same rate as objects in the airplane or elevator, the sides or walls, the ceiling and the floor. You would not register any weight on a scale, because the scale, too, would be falling; for most intents and purposes, relative to the object you are falling in, gravity would not affect you ... however, you are still falling, so you still have gravity. An object in orbit simply has enough forward momentum that it falls at a rate that matches the curvature of earth. This is why the space shuttle goes what seems like ridiculous fast speeds on earth; to orbit, it must go tens of thousands of kilometers per hour. This puts it in constant freefall ... even in orbit, however, gravity still exists. Objects 'float' in the shuttle because the shuttle and everything in it are in freefall; if there were truly no or zero gravity, however, the shuttle would go in a straight line away from earth instead of orbiting the Earth. Objects can be made to float in mid-air through other mechanisms, such as having enough lighter-than-air gas (such as hydrogen or helium) to compensate for the mass of materials in an object (such as in a balloon or airship), or magnets to suspend an object over a ground. However, because such objects are not in freefall, the effects of gravity are still felt within lighter-than-air vehicles or magnetically levitated trains or other objects; objects within them, when dropped, would still fall to the floor.
He's falling in luv with you ;D
The force of gravity puts an object into free fall. When an object is dropped, the force of gravity acting on it causes it to accelerate downwards towards the Earth.
gravity
gravity
Well, isn't that a happy little question! When you drop a brick and a penny at the same time, they both fall towards the ground due to gravity. The brick, being heavier, will hit the ground first because gravity pulls it down faster. Remember, every object falls at the same rate regardless of weight in a vacuum, just like how we all have our own unique talents to share with the world!
Protective puts are covered puts placed on stock you own, as protection against the share price falling. There is also a "married put," which you buy at the same time you buy the stock. Married puts confuse me. If you are worried enough about the price of a stock falling that you'd buy a put to set a floor for any potential loss, why would you buy the stock in the first place?
Some disadvantages of gravity include the strain it puts on our bodies over time, leading to issues like joint pain and muscle fatigue. Additionally, gravity can make certain physical activities more challenging and can limit our mobility in certain environments. Lastly, gravity can also have negative impacts on objects and structures over time, causing them to wear down and deteriorate.
fist of all its a V6 second it needs a tune up