Transverse waves is the answer.
Hope I helped if you need anything else ask me
Frictional force always opposes applied force, so the net force on the cart would have to be 19N - 1.7N. The acceleration can then be solved by using the relation: F = ma. This is shown below:
Net force = 19 - 1.7 = 17.3 N
Acceleration = Force / mass
Acceleration = 17.3 / 2
Acceleration = 8.65 N/m
Answer: Calculating Mechanical Power as a Function of Work Calculate work.
Calculating Mechanical Power as a Function of Velocity Rewrite the formula for power.
Calculating Electrical Power Record the circuit’s voltage.nation:
Answer:
The seed as a fraction of the speed of light is
Solution:
As per the question:
Suppose, be the rate of an identical clock between two time intervals.
For a moving clock, moving with velocity 'v', at the clock tick of four-fifth:
t =
Now,
Using the relation of time dilation, from Einstein's relation:
Squaring both sides: