1) If the bar magnet is flipped over and the south pole isbrought near the hanging steel ball, the ball will beA. Attracted to the magnet.B. Repelled by the magnet.C. Unaffected by the magnet.D. I'm not sure.2) If a bar magnet is cut in half, you end up withA. SB. NC. SD.E.HW#5 Basic Electricity-EET-203, problems on magnetismSN NSSSS3) Find the position of the compassอwwwUnmagnetized0BSAсNJSteelAEB=0 4) A compass is placed at the black dot. In which direction will the compass point?SNABACC. Right sideD. Left sideĐDNE B = 0SHW#5 Basic Electricity-EET-203, problems on magnetism5) A long, straight wire extends into and out of the screen. The current in the wire isA. Into the screen.B. Out of the screen.C. There is no current in the wire.D. Not enough info to tell the direction6) Where is the north magnetic pole of this current loop?A. Top sideB. Bottom side00

1. When the south pole brought near the steel ball , the ball is still attracted towards the magenet . The still ball doesn't depend the polarity of the magnet as if south pole brought near the ball,the ball induces north pole near it and vice versa. So correct option is A) attracted to the magnet2. When a bar magenet cut in half we will definitely have two poles i.e north and south. Every time we end with north-south. So the correct option is C) South North -South North3. When a compas is placed in the magnetic field of earth it shows geographical north south direction. North pole of compass points north pole and south pole points south. Hence the north pole of compas will points in the north pole of the magnet and vice versa. Hence the correct option is A)4) In this position the net magnetic field acting of the bar magnet is zero. So the needle may be rotate freely. Hence the correct option is E) B=05) Referring to the needle placed we see that , if we curl our right hand assuming putting the current carrying wire, the curl of our fingers gives the direction of the magnetic field which is from north to south outside the magnet. Hence the current will flow in the direction of our thumb. Hence according to Fleming's right hand thumb rule, the current will flow into the screen. Hence correct option is A.6) The north pole of the current loop is on the right side of the Loop. This is due to the right hand thumb rule.

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Question

1) If the bar magnet is flipped over and the south pole is
brought near the hanging steel ball, the ball will be
A. Attracted to the magnet.
B. Repelled by the magnet.
C. Unaffected by the magnet.
D. I'm not sure.
2) If a bar magnet is cut in half, you end up with
A. S
B. N
C. S
D.
E.
HW#5 Basic Electricity-EET-203, problems on magnetism
S
N N
S
S
S
S
3) Find the position of the compass
อ
www
Unmagnetized
0
B
S
A
с
N
J
Steel
A
E
B=0

4) A compass is placed at the black dot. In which direction will the compass point?
S
N
A
B
A
C
C. Right side
D. Left side
Đ
D
N
E B = 0
S
HW#5 Basic Electricity-EET-203, problems on magnetism
5) A long, straight wire extends into and out of the screen. The current in the wire is
A. Into the screen.
B. Out of the screen.
C. There is no current in the wire.
D. Not enough info to tell the direction
6) Where is the north magnetic pole of this current loop?
A. Top side
B. Bottom side
0
0

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