Explanation:
Period of a mass on a spring is:
T = 2π√(m/k)
T is a function of only m and k. So the period is independent of force.
KE = ½m*v² = ½*1.0*[0.866*3E8]² = 3.375E16 J
<span>Etot = mc²/√[1 - (v/c)²] = 1.8E17 J</span>
Answer:
We know that the torque can be calculated as follows:
T = rpsinα
With r being the distance of the body from the center of the circumference he has as trajectory, p being the momentum of the body and sinα being the sine of the angle between the 2 vectors: r and p.
It's pretty obvious that T is directly proportional to the momentum, that can be written as p = m·v, with m being the mass of the object and v the velocity of the object.
Answer:
The motion will increase since there is more energy given since their is less to distribute to.
Explanation:
