Physics, asked by xoroanuj, 8 months ago

Calculate the acceleration due to gravity on a body of mass 400 kg at the height of 1000 km from the earth surface.

Answers

Answered by vkpathak2671

Answer:

Formula for Acceleration Due to Gravity

These two laws lead to the most useful form of the formula for calculating acceleration due to gravity: g = G*M/R^2, where g is the acceleration due to gravity, G is the universal gravitational constant, M is mass, and R is distance.

Previous Question

Next Question

Similar questions

Math, 4 months ago

Draw a vertical line, a horizontal line and a curved line.

Math, 4 months ago

The coefficient of x in the expression -9xy+5 is...

Math, 4 months ago

Q. Statement 1 : The equations 2x+5 = 0 & 3x+y = 5. both are linear equation in one variable. Statement 2 : The degree of variables in linear equation is 2. a) Both statement 1 & Statement 2 are correct. b) Statement 1 is correct & statement 2 is wrong. c) Statement 1 is wrong & Statement 2 is correct. d) Both Statement 1 & Statement 2 is correct.

Math, 8 months ago

Imagine you are in the Marketing and Sales department, and your company wants to launch a new product, which form of communication will you use? Give reason to justify your answer.

English, 8 months ago

what do gratianos companions say about him (merchant of Venice) ...

English, 11 months ago

Fill in the blanks with suitable prepositions from the choices given in brackets %*4=2 (a) I congratulate him_her success (to/for/on) (b) He lives_hand to month (on/from/by), (c) Happiness consists __speakig the truth, (in/of/on). (d) She is gifted__sweet voice (by/of/with).

Biology, 11 months ago

visit a Greenhouse in your town or city see and find out how plants are grown there also find out how light temperature water and carbon dioxide regulated please suggest some diagram...

Math, 11 months ago

hey human (# plz don't answer if you don't know the answer#) please can you tell me the answer of this question step by step :) 1. If y = 5 cos x - 3 sin x, prove that d²y/dx² + y = 0 ...