Question

can anyone help with my questions its physics???

Answer 1

i can try

Answer 2

ok do you get my question

Answer 3

yes and i said i can try.. aka i can try to help, post the question then we'll see

Answer 4

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 5

So what are you looking forr???

Answer 6

F=2GM1M2a/R E3 This is the formula

Answer 7

ok well i have to calculate the tide generating force due to the sun and the force due to the moon

Answer 8

i have to use the following numbers:

Answer 9

Mm=mass of the moon=7.42*10E22 kg
Ms= mass of the sun=1.83*10E30 kg
Rm= distance between the moon and earth= 3.840*10E5 km
Rs= distance between sun and earth=1.495*10E8

Answer 10

E means exponent

Answer 11

can u post the formula the regular way? its kinda confusin this way, via insert equation?

Answer 12

i can't do it that way.... but it is F=2GM expo1 M expo2 a/ R expo3

Answer 13

\[F = [(2G)M^{1}M ^{2}\times a] / R^3\]

Answer 14

Like that?

Answer 15

yes (:

Answer 16

okay afk...

Answer 17

m2=mass of the in space -- mass of the what?

Answer 18

And im sure ur formula is wrong. This is the right one:

http://upload.wikimedia.org/math/0/f/3/0f36df929ac9d711a8ba8c5658c3bfee.png

Answer 19

mass of the object
that is the formula they gave us

Answer 20

Im sure u copied it wrong! It is Msub 1 and Msub 2, the universal gravitaional constant formula!

Answer 21

ok i probly did. does it make sense with ur formula??

Answer 22

yeah

Answer 23

ok think it is that one

Answer 24

did u figure out the problem?

Answer 25

workin man

Answer 26

and my equation was wrong too

Answer 27

girl, but ok sorry keep helping me thanks so much

Answer 28

k lol sorry