The Earth acts like a giant magnet. The needle of a compass kept on the Earth’s surface normally points to the geographic North pole because the North pole behaves like the South pole of the Earth’s magnetic field to the needle. Similarly the geographic South pole behaves like the North pole of the Earth’s magnetic field to the needle. Tarun has a compass, the red end of the needle points towards the Earth’s geographic North pole as shown here. He places a bar magnet near the compass. The needle points to the south pole of the magnet as shown in 1. Then he shifts the magnet to the right of the compass as shown in 2. Which of the following will the compass show?
Answers
Answer:
When it comes to magnets, opposites attract. This fact means that the north end of a magnet in a compass is attracted to the south magnetic pole, which lies close to the geographic north pole. ... The earth spins around the geographic poles, but magnetic compasses point to the magnetic poles.
Explanation:
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The needle will point towards the North pole of the magnet.
A magnetic compass does now no longer factor to the geographic north pole. A magnetic compass factors to the earth's magnetic poles, which aren't similar to the earth's geographic poles. Furthermore, the magnetic pole close to earth's geographic north pole is simply the south magnetic pole. When it involves magnets, opposites attract. This reality way that the north cease of a magnet in a compass is interested in the south magnetic pole, which lies near the geographic north pole. Magnetic subject traces out of doors of a everlasting magnet continually run from the north magnetic pole to the south magnetic pole. Therefore, the magnetic subject traces of the earth run from the southern geographic hemisphere toward the northern geographic hemisphere.