The mass of the Earth is 5.97x1024kg, which is significantly greater than that of any one individual.
Now let's say that you weigh 60kg and you are a perfect sphere with a diameter of 1m. To calculate the gravitational force that your body exerts, you can use the following equation:
Where:
G is the gravitational constant (6.67300 × 10-11 m3 kg-1 s-2)g is the gravitational force
m is your mass
r is your radius
To calculate:
g = [6.67300 × 10-11 m3 kg-1 s-2] x [60kg / (1m)2]
g = 4.002x10-9 m/s2
Earth, in comparison, has a gravitational force of 9.81m/s2 - which is 2,451,274,360× more than the gravitational pull of you. Thus: when you jump up into the air, you will be pulled back onto the Earth's surface, and the Earth will not fall towards you.
the earth is too large to move
A joke.
The fall of the bungee jump was precipitous. This is an example sentence of precipitous.
Yes, because elephants are able to get up from lying down if they fall down, and are also able to sit down and get up. What an elephant uniquely cannot do is jump up. They can jump down, or fall, but not leap into the air.
You can certainly jump lower anywhere. That's as easy as a contest to see who can talk softer. But you can also jump higher on Mars, because the acceleration of gravity on its surface is only about 38% of what it is on Earth's surface.
because the earth has good food
What do you mean? If I jump up, I fall back down - and I fall towards Earth.
Because as we jump we push it away by the same amount as it would come towards us.
You fall towards the ground.
because gravity pulls you back to earth
A lot, you can fall as fast (or as slow) as a feather, since there is no air resistance to the feather's fall. You can jump about 2x what you can jump on the earth. The stars do not twinkle when viewed from the moon since there is no atmosphere to distort the sunlight.
It does. When you jump, both you and the Earth move apart, and then fall back together. For every action, there is an equal and opposite reaction. After the jump, the equation m(person)*v(person) = - m(earth)*v(earth). A typical person weights 70 kg, and the Earth weighs approximately 6,000,000,000,000,000,000,000,000 kg. So to make the equation equal, the velocity of the Earth is about 1/85000000000000000000000 as much as the velocity of the person. This is really too small to notice by any current means of measurement.
Jump Then Fall was created in 2008.
1) Push it towards the shore, get out and quickly pick it up. 2) Jump across the ledges and don't fall in the water.
Jump from your position towards the tip of the surface. From there, you will be soaring in the air towards your target. It works on ice.
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Free fall is simply the condition of NOT resisting the force of gravity. Whether you jump into the air a few inches or in orbit around the Earth it's still the same thing.