Physics, asked by veenarv78, 2 months ago

Find the gravitational force of attraction between earth (M=6X1024 kg) and a body of mass 10 kg kept
on its surface. Given R = 6400 km).​

Answers

Answered by surya1981sp
1

Answer:

Given conditions

Mass of earth (m

1

)=6×10

24

kg

Mass of moon (m

2

)=7.4×10

22

kg

Distance between earth and the moon (d)=3.84×10

5

km

Gravitational constant (G)=6.7×10

−11

Nm

2

/kg using Newton's law of gravitational F=G

d

2

m

1

m

2

F is the force of gravitational between earth and moon

Substituting values in formula F=

(3.84×10

8

)

2

6.7×10

−11

×6×10

24

×7.4×10

22

⇒F=20.1741×10

19

N

⇒F=20.2×10

19

N

Thus the gravitational force of attraction between earth and sun is 2.02×10

19

N.

Answered by shreehari8amsp
1

Answer:

the brainliest answer is wrong the

right answer is

F = Gm1m2 / R²

so

6.67×10^-11 x 6×10^24 × 10 / 6400²

which is 9.8 × 10

we get 98N as the answer

Explanation:

I got it as 9.8 is because that part expect 10 is the formula for g (acceleration due to gravity) which is already 9.8 so 9.8 × 10 we get 98N

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