You and your classmates are experimenting with things that can affect the strength of an electromagnet. For this trial, you tested the strength of the electromagnet with 25 coils of wire at different voltages. The data table includes the number of paperclips picked up in each trial. If you were to increase the coils of wire to 50 turns, what would you expect to happen to the strength of the magnet at each of the voltages? Estimate the average number of paperclips that can be picked up for each voltage using 50 turns of wire.
A) 1.5 V = 11.2; 3 V = 16; 4.5 V = 29.5; 6V = 44
B) 1.5 V = 9; 3 V = 10; 4.5 V = 11; 6V = 12
C) 1.5 V = 5.6; 3 V = 8; 4.5 V = 14.6; 6V = 22.4
D) 1.5 V = 10; 3 V = 20; 4.5 V = 30; 6V = 40

Option A, 1.5V=11.2; 3V=16; 4.5V=29.5; 6V=44

The greater the voltage, the stronger the electromagnet.

Explanation:

Through increasing the amount of wire loops across the iron core, and by increasing current or voltage, the power of an electromagnet may be improved.

Since the number of coils also influences the power of the electromagnet, the given data is not able to deduce that.

A 3V cell electromagnet has 40% of the power of one with 6V battery. No 4.5 V battery data are provided.

the moon affects the earth gravitation ally, causing certain motions of that body and also producing tides in its ocean and atmosphere. the tidal wave in our atmosphere is, however, far too minute to be an effective cause in any known meteorological phenomenon.

explanation:

v=ir = 3x15 =45 v