English Deutsch Français Italiano Español Português 繁體中文 Bahasa Indonesia Tiếng Việt ภาษาไทย
All categories

I am having a hard time understanding it . It looks fascinating to learn but every explanation is so scientificly termed.

2006-09-20 16:47:39 · 7 answers · asked by Anonymous in Science & Mathematics Astronomy & Space

7 answers

Try reading the Wikipedia article on the subject

2006-09-20 17:21:16 · answer #1 · answered by Duane 4 · 0 0

I am currently studying this truth. I will explain it so that you may clearly understand. The equivalance principle asserts that you cannot distinguish between being at rest in a gravitational field, or being accelerated upward in a gravity-free environment. We acknowledge Einstein for this because he focused entirely on motion, rather than force, while dicussing gravity. To give you an analogy, picture two men in different compartments... one is at rest in his compartment in the Earths gravitational field, and the other is moving in a gravity-free compartment. If each man had an apple in their hands and dropped it the apple in the first mans compartment would drop to the ground because the Earths gravity accelerates the apple downward.You understand that ,of course.Now, the second man also drops an apple while moving upward in his compartment and drops his apple, it also hits the floor simply because his compartment accelerates upward. This is Einsteins theory of relativity which states that in a small volume of space, the downward pull of gravity can be accurately and completely duplicated by an upward acceleration of the observer. I hope this is clear to you.

2006-09-20 17:58:21 · answer #2 · answered by onabluehighway 1 · 1 0

A consequence of the 'equivalence principle' would be that the time dilation effects apparent when a rocket ship goes off into space and returns to earth would also be experienced in a gravitational field say approaching a black hole.

2006-09-28 02:48:08 · answer #3 · answered by Douglas M 2 · 0 0

Accelleration is force per kilograms of mass.

So Force in the Equivalence principle of Einstein, says that IF you experience a force on the earth you can experience a force as well when you are moving in space.

So the principle of equivalence in simple words is that wherever you are sitting or moving or where ever you are a FORCE IS A FORCE.

2006-09-28 08:26:29 · answer #4 · answered by goring 6 · 0 0

The Equivalence Principle is: "There is a complete physical equivalence between a gravitational field and the corresponding acceleration of the reference frame."
This means that the observer cannot tell whether the force acting upon him is due to his weight (gravitational) or whether it is due to his acceleration (in, say, a rocket ship).

2006-09-24 02:37:09 · answer #5 · answered by clausiusminkowski 3 · 1 0

regulation a million: each and every physique maintains in its state of relax, or of uniform action in a impressive (rapidly) line, until it extremely is forced to alter that state by forces inspired upon it. regulation 2: The replace of action is proportional to the objective rigidity inspired; and is made interior the path of the impressive (rapidly) line wherein that rigidity is inspired. regulation 3: to each action there is often an adversarial and equivalent reaction: or, mutual strikes of two bodies upon one yet another are continuously equivalent, and directed to opposite factors. (opposite course) the hyperlink under is lots extra in intensity.

2016-10-17 09:08:50 · answer #6 · answered by Anonymous · 0 0

ya the principle of equivalence is well explained both by newton as well as einstein..... it sounds very simple ....
"you can't distinguish a state of absolute rest from as uniform motion" and no matter if u are in either frames if u carry out any sort of physical experiments you'll end up in the same result.. no matter u are in rest or in uniform motion....
but if are actually in an frame which is acclerating then you 'll end up in a different results...

2006-09-27 19:43:28 · answer #7 · answered by ? 2 · 0 1

fedest.com, questions and answers