find the acce. of d moon ith respect 2 d earth 4rm d following data:
distance b/w d earth & moon =3.85*10^5 km & the time taken by moon to complete one revolution around the earth =27.3 days.

Question

find the acce. of d moon ith respect 2 d earth 4rm d following data:
distance b/w d earth & moon =3.85*10^5 km & the time taken  by moon to complete one revolution around the earth =27.3 days.

anonymous · Answer

@apoorvk @FoolAroundMath @timo86m @lgbasallote plz hlp me out.

anonymous · Answer

hey @apoorvk hlp me out

apoorvk · Answer

The distance of the moon is the radius, and you have the time period as well, so you can find out the velocity of rotation.

Now, a = (v^2)/r

Use this to find out the acceleration!

vincent-lyon.fr · Answer

Please, use full-text when you type questions.

anonymous · Answer

you have radius r acceleration=angular acceleration*r
and angular acceleration =2pir/t

anonymous · Answer

oops a=w^2*r where w=2.pi.r/t

anonymous · Answer

i hav done  this

anonymous · Answer

@theyatin

anonymous · Answer

thats good :)

anonymous · Answer

after that i'm nt getting answer

anonymous · Answer

@ParthKohli

apoorvk · Answer

Did you take care of the units? 27.3 *days*