What is the direction of the current in the loop as the loop rotates clockwise through the magnetic field from as viewed from th
e top. Answer as you face the loop as it opens towards you.
2 answers:
Answer:
The direction of the current in the loop is explain with the right hand rule, which is a bout the cross product of two vector, which results is another vector but perpendicular with the initial two.
In this case, the magnetic field has to be perpendicular to the rotation of the current in the loop. Now, you can observe that the magnetic field is towards south in the graph. If we apply right-hand rule, we find that the rotation of the current has to be from west to east, that is, from front of the back of the image.
The image attached shows the right-hand rule.
If the magnetic field were towards North, then the current would rotate in the opposite direction, from East to West.
You might be interested in
Answer:
13.54 N/m
0.6 m
4.37 m/s
32.496 m/s²
Explanation:
m = Mass of block = 0.25 kg
k = Spring constant
A = Amplitude
x = Compression of spring = 0.24 m
a = Acceleration = -13 m/s²
v = Velocity = 4 m/s
The weight of the block and force on spring is equal
The spring's force constant is 13.54 N/m
Total energy of the system is given by
At maximum displacement v = 0
The amplitude of the motion is 0.6 m
Speed of the block
The maximum speed of the block during its motion is 4.37 m/s
Forces in the spring
Maximum magnitude of the block's acceleration during its motion is 32.496 m/s²