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17 answers

The gravity on earth is impossible to improve . But , If the mass is more the gravity also increases due to weight .

2007-05-02 20:08:48 · answer #1 · answered by Anonymous · 1 0

Earth is a closed system. Whatever you do within it cannot change its mass, and hence the G-force. You can engineer mass accretion by nudging asteroids in the asteroid belt to fall to earth; technically feasible as earth is lower down from the asteroids in the solar gravity well.

The catch is that long before enough mass gets added the impact of the asteroids will have destroyed all life.

Black holes are eminently capable of increasing their own gravity by swallowing anything coming over their event horizon.

2007-05-01 20:13:06 · answer #2 · answered by A.V.R. 7 · 0 0

The earth or a black hole have a certain gravity,according to their mass.
How can you improve something that is perfect for the circumstances.

2007-05-02 00:03:12 · answer #3 · answered by Billy Butthead 7 · 0 0

the stars do not "compress" rely. It makes the climate packed nearer at the same time, making them greater dense. A cubic centimeter of the sunlight could weight lots greater suitable than a brick on earth. the undeniable fact that gentle can not escape a black hollow remains a concept. It can not escape through severe gravitational container. that's proved the gravity impacts the way gentle travels. close to to the black hollow, there is what's usual through fact the form Horizon, the boundary the place not something supposedly can escape the gravitational container. What you heard approximately valuable and damaging subatomic debris being able to flee black holes is in basic terms concept. lots of what we "be responsive to" on the instant approximately black holes are concept and not shown. the sphere of subatomic debris, string concept, and whatnot have somewhat been scratched. So there is not the final option answer on your question. Any style of mass creates its very own gravitational container. through fact planets and stars have lots mass, you may actual sense and experience the gravitational container. think of if the universe became right into a sheet of textile. in case you place a heavy merchandise interior the midsection, there will be a "bend" on the floor the place the object creates a dip. in case you place a marble on the sheet of textile, that's going to initiate rolling in the direction of the heavier merchandise. Scientists nevertheless argue whether gentle is actual debris or waves - through fact it holds the two properties. looks such as you're attracted to astrophysics! that's extremely cool stuff!

2016-10-14 08:08:12 · answer #4 · answered by ? 4 · 0 0

Impossible to improve Earth's gravity.

2007-05-01 19:51:26 · answer #5 · answered by rajan l 6 · 0 0

By "improve," do you mean increase? The short answer is that we can't; the strength of gravity is determined by the value of G (6.67 x 10^(-11) Nm^2/kg^2). This is a fixed constant; it's part of the very fabric of the Universe. It can't be changed.

2007-05-02 00:35:32 · answer #6 · answered by Skepticat 6 · 0 0

u cant 'improve ' gravity its a fundamental prop of a subs which depends on mass n distance
n blak hole alredy has infinit strenth of gravity being point size in nature so the Q stands insignificant

2007-05-02 06:25:41 · answer #7 · answered by badp 2 · 0 0

By eating a lot of potatoes you can improve your weight.
Speed of falling is related with mass.
Thus you can contribute your weight to improve the force of gravity of the earth.

When you fall in @ 20,000 Km per hour....BANG!
you will create a black hole.

2007-05-02 19:46:03 · answer #8 · answered by Shripathi Krishna Acharya 5 · 0 0

Probably the best way would be to change the value of the gravitational constant. I've always thought that 6.67x10^(-11) Nm²/kg² was a bit on the stingy side anyway.

Maybe you should write your Congressperson and have them introduce legislation to make it a bit larger.

HTH

Doug

2007-05-05 04:45:55 · answer #9 · answered by Anonymous · 0 0

Probably the best way would be to change the value of the gravitational constant. I've always thought that 6.67x10^(-11) Nm²/kg² was a bit on the stingy side anyway.

Maybe you should write your Congressperson and have them introduce legislation to make it a bit larger.

HTH

Doug

2007-05-01 19:55:03 · answer #10 · answered by doug_donaghue 7 · 0 0

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