Explanation:
It is known that relation between kinetic energy and temperature is as follows.
Hence, kinetic energy is directly proportional to temperature.
Thermal energy is defined as the energy present within the molecules of an object due to the motion of particles. Basically, thermal energy is internal energy of an object.
Thus, we can conclude that:
- Temperature and kinetic energy are directly proportional.
- Heat is a measure of thermal energy.
- Temperature is proportional to the total kinetic energy.
Answer:
Number of turns per metre, n= 500/0.3= (5000/3)m^-1
Cross sectional areaof the square loop of wire, A= (0.1^2)m^2= 0.01m^2dB/dt= μn(dI/dt)= (4.00π x10^-7)(5000/3)(0.7)= 1.46608x10^-3T/s
The induced emf in the square loop of wire, ε= the rate of change of magnetic flux of the square loop of wire(dΦ/dt)= A(dB/dt)= (0.01)(1.46608x10^-3)= 0.0146608x10^-5VA
current flows in the square loop of wire since a potential difference(induced emf in this case) exists. Its magnitude,
I= ε/R where R is the resistance of the square loop of wire.
I= (0.0146608x10^-5)/30= 4.89x10^-7A
Explanation:
The waveform expression is given by :
...........(1)
Where
y is the position
t is the time in seconds
The general waveform equation is given by :
..........(2)
Where
On comparing equation (1) and (2) we get :
f = 93.10 Hz
Time period, 
T = 0.010 s
Phase constant, 
Hence, this is the required solution.
A. Friction or all of the above
<u>Answer:</u>
15.97 N force is tending to pull Rover forward
<u>Explanation:</u>
The woman pulls on the leash with a force of 20.0 N at an angle of 37° above the horizontal. The arrangement is shown in the given figure,
We nee to find the pulling force P. The 20.0 N force has two components, 20.0 cos 37 in horizontal direction and 20.0 sin 37 in vertical direction.
The horizontal component is equal to pulling force P, which will pull Rover forward/
So, P = 20.0 cos 37 = 15.97 N
15.97 N force is tending to pull Rover forward.
