Question

F=time generating force felt by the earth due to another object in space.
m1=mass of the earth=5.98x10E24kg
m2=mass of the in space
R=distance between the earth and object (in meters)
G=universal gravitational constant=6.6720x10E negative11 mE3/kg*sE2
a=radius of the earth=6400km

Answer 1

F=2GM1M2a/R E3 This is the formula

Answer 2

hey ill answer here, my formula as well as urs was wrong

Answer 3

Okay so in the case of the moon and earth:
Mm = 7.42x10^22
Me = 5.98x10^24
G = 6.6720x10^-11
a = 6400km = 6,400,000m
Rm = 3.840x10^5km = 3.840x10^8m
Plug them all into the formula.

Answer 4

\[F = (2G \times M_1 \times M_2 \times a )/R^3\]

Answer 5

F = 6.69233 x 10^34 N

Answer 6

can u check the answer?

Answer 7

that's for the moon part

Answer 8

no my calculator not working...

Answer 9

Oh well basically that's the formula u plug that into. Mm and Me are masses of moon and earth and are equivalent to M1 and M2

Answer 10

is it Me or M1

Answer 11

doesn't matter use whichever u want. I prefer Msube

Answer 12

ok lets see if i get answer..

Answer 13

for the sun part just replace Mm by Ms and Rm by the distance from sun to earth. convert to meters from kilometers

Answer 14

is it 5.87 idk not sure..

Answer 15

is what 5.87?

Answer 16

the answer.

Answer 17

lemme check my work

Answer 18

hey can u start a new topic and post the following values:
Mass of earth
Mass of moon
Mass of sun
Distance b/n earth and moon
Distance b/n earth and sun
Universal grav. constant
Radius of earth,
im tired of lookin thru the posts to find values

Answer 19

well im sorry, it is a lot of work i just don't know how to even do this.

Answer 20

im lost

Answer 21

the numbers u gave me earlier

Answer 22

oh wow lol nevermind, im sick of this problem and i hate it if i cant solve something, ima do that myself.. watch out for a new topic with ur name

Answer 23

sorryyy. i hate these math questions:///