Today, you will use the Magnetic Fields Simulation to collect more reliable data about the two

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The current flowing in the wires will be kept constant while the number of turns of the wires will be changed, then you will measure the strength of the magnetic force.

<h3>Strength of the magnetic force</h3>

The strength of the magnetic force depends on the number of the turns of the wire and the amount of current flowing in the wires in a given magnetic field.

The relationship between the magnetic force and the number of wire coils on an electromagnet is given as;

F = I x N

where;

I is the current in the wire
N is the number of turns

Thus, the current flowing in the wires will be kept constant while the number of turns of the wires will be changed, then you will measure the strength of the magnetic force.

Learn more about magnetic force here: brainly.com/question/13277365

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A rifle bullet with a mass of 11.5 g traveling toward the right at 251 m/s strikes a large bag of sand and penetrates it to a de

BabaBlast [244]

To look for the acceleration, it will come from:

vf^2=v0^2+2ad
where:
vf = final velocity = 0
v0 = initial velocity =251 m/s
a = acceleration
d= distance traveled = 0.237 m

0=251^2+2a(0.237 )
a= -251 ^2 / (2*0.237) =-132 913.502 m/s/s

we find the force from:

F = ma = 0.0115kg*(-1.32x10^5m/s/s) = -1518 N

the negative sign shows that the force is in the direction contradictory the bullet's motion