I have one question that F=MA When moon move uniform velocity The acceleration is zero. If acceleration is zero force also zero. But mass is not zero how to calculate the mass. F=MA 0=M0 0/0=M
acceleration is a vector, the moon rotates around the earth in a vector force, the value will indicate magnitude AND direction there is no point in which the moon, while in orbit, will naturally stop and the orbit is in the shape of an ellipse, so no corners to stop at so the acceleration is constantly changing for the moon because the moon is constantly changing direction
1N is the force required to accelerate mass of 1kg by 1m/s².
Hey dude does 1N can accelerated to 1m/s²
I have one question that
F=MA
When moon move uniform velocity
The acceleration is zero.
If acceleration is zero force also zero.
But mass is not zero how to calculate the mass.
F=MA
0=M0
0/0=M
*Moon dont go uniform velicity bro
Another way by using limits we can find the mass
acceleration is a vector, the moon rotates around the earth
in a vector force, the value will indicate magnitude AND direction
there is no point in which the moon, while in orbit, will naturally stop
and the orbit is in the shape of an ellipse, so no corners to stop at
so the acceleration is constantly changing for the moon because the moon is constantly changing direction
the mass x acceleration known as f=ma so this form maybe the net force is equal to 9.81
Bruh everything I search doesn't make a step to find acceleration...
Nice video!
what difference would it make if it is accelerating downward?
in the first example, to be specific.
good as well
Nice Vid :3