A planet moving around sun sweeps area `A_(1)` in 2 days, `A_(2)` in 3 days and `A_(3)` in 6 days, then find the relation between `A_(1),A_(2) and A_(3)`

A planet moving around sun sweeps area A_(1) in 2 days , A_(2) in 3 days and A_(3) in 6 days . Then the relation between A_(1) , A_(2) and A_(3) is

A planet moving around the sun sweeps area A_(1) in 2 days, A_(2) in 4 days and A_(3) in 9 days. Then, relation between them

Make the constraint relation between a_(1),a_(2) and a_(3)

Make the constraint relation between a_(1),a_(2) and a_(3)

If the blocks are moving as shown in the figure the relation between a_(1) , a_(2) and a_(3) will be.

In Fig. the line that join a planet to the sun sweep out areas A_(1),A_(2),A_(3) in time intervals 6 weeks, 3 weeks and 2 weeks respectively. How are A_(1),A_(2),A_(3) ?realted

The line that joins the saturn to the sun sweeps area A_(1), A_(2) and A_(3) in time intervals of 6 weeks, 3 weeks and 2 weeks respectively as shows in the Fig. What is the correct relation between A_(1), A_(2) and A_(3) ?

If A_(1), A_(2), A_(3), A_(4) are four A.M’s between 1/2 and 3, then prove A_(1) + A_(2) + A_(3) + A_(4) = 7.