A 400 kg satellite is going to collide with a smaller 100 kg
From this given information, you don't need to know the value of R , since it is equal for both sats , but you can find the relative speeds
v1 = av2 : where a is constant
Hi
and thanks for replying
but can you explaine how this equation came about
\vec{a}=\dot{v} \hat{e_t}+ \frac{v^2}{\rho} \hat{e_n}
or at least show me the source link
As far as I know
since the voltage is Random function ,the capacitive current will be a random function also ,then the best way to solve this is in the frequency domain and
use 1/jwc as the impedance
but first we need to know the randomness of the voltage
The telescope has no effect on the time travel , it has just magnified the event for a human eye to view/witness. A superman with an ideal vision can view the event with no need to a telescope
the situation can be rephrased as two stars collide and, we view the event with our naked eyes...
Hi everybody
we know that if we have an object sliding on a frictionless ramp,
the acceleration force will be constant, and it equals to
a=g * sin(theta)
where theta is the ramp angle w.r.t. the ground
so the path of motion in this problem can be written mathematically as a...