parker wound a wire around a large iron nail. he then created an electromagnet by connecting the ends of the…

parker wound a wire around a large iron nail. he then created an electromagnet by connecting the ends of the wire to different batteries. the table shows the current he measured for each electromagnet. which conclusion is best supported by the data? electromagnet w is the strongest. electromagnet x is weaker than electromagnet z. electromagnet y is the strongest. electromagnet y is weaker than electromagnet x.\n| electromagnet | current (amperes) |\n| ---- | ---- |\n| w | 2 |\n| x | 5 |\n| y | 8 |\n| z | 3 |

parker wound a wire around a large iron nail. he then created an electromagnet by connecting the ends of the wire to different batteries. the table shows the current he measured for each electromagnet. which conclusion is best supported by the data? electromagnet w is the strongest. electromagnet x is weaker than electromagnet z. electromagnet y is the strongest. electromagnet y is weaker than electromagnet x.\n| electromagnet | current (amperes) |\n| ---- | ---- |\n| w | 2 |\n| x | 5 |\n| y | 8 |\n| z | 3 |

Answer

Explanation:

Step1: Compare the current values

We have currents for W = 2 A, X = 5 A, Y = 8 A, Z = 3 A.

Step2: Determine the strongest electromagnet

The greater the current, the stronger the electromagnet. Since 8 A (current of Y) is the highest value among them.

Answer:

Electromagnet Y is the strongest.