Answer:
simple, Volt =change in potential energy/Charge
the unit of energy is newton meter (Force*distance)
the unit of charge is coloumb
So, Volt/meter=newton* meter/coloumb*meter
=newton/coloumb (hence proved)
This unit is the potential drop per unit of length in a conductive wire with uniform resistance
<span>By adding "south", the speed had both magnitude AND direction, becoming a vector, not a scalar which generic "speed" is. So the second option can be eliminated. Let's analyze the other part(s). A velocity is a distance/time. Do we have that? Yes! -> miles/hour. So, velocity is an option that theoretically fits this question. Buttt... It gives us a time, and acceleration is a change in a velocity (speed, with a direction)/time. So because it says "after 10 minutes", we consider the big picture to be talking about the change in velocity during that time span, which is simplified as "the acceleration" over that time. :)</span>
This is slightly a trick question.
Potential energy = Mass x gravity x height.
The problem gives us the mass (55kg) and his twin brother we can assume has the same mass (55kg).
It also gives us the height (100m) and acceleration from gravity = 9.81m/s
Answer:light waves carry energy parallel to the motion Of The wave, while sound waves carry energy perpendicular to it
Explanation:light waves carry energy parallel to the motion Of The wave while sound waves carry energy perpendicular to it
<em>Answer:</em>
<em>Answer:It is due to tyndall effect that the path of a light ray passing through a suspension is visible. The particles in suspension scatter the beam of light making it clearly visible.</em>
