Which of the following is true about the magnetic field diagram below.
Its shows
3 Arrows on top pointing to B
A B
3 Arrows on bottom pointing to B
A A is the south pole and B is the north pole
B A is the north pole and B is the south pole
C A and B are repelling each other******
D A and B have no effect on each other
Which of the following choices best describes why the paper clips are attracted to the magnet?
A The paper clips are not magnetic
B The paper clips and the magnet have the same magnetic poles facing each other******
C The paper clips are outside of the magnets magnetic field
D The paper clips are within the magnetic field of the magnet
a student tries to push refrigerator magnets together. These magnets have one side covered in plastic animal faces and the other side exposed. He notices that the exposed sides of the magnets repel each other even though they stick to the refrigerator. Which of the following statements would be true
A the two exposed sides of the magnets have opposite poles********
B The plastic animal faces glued to the magnets cause changes in magnetic properties
C The refrigerator causes the magnets to repel each other
D The two exposed slides of the magnets have similar poles
The following two magnets will attract each other
Both batteries are the same on each side
A true*******
B False
1.b
2.d
3.d
4.true
100% i promise
I do not know or understand the diagram so can't comment. Your other answers are wrong. I'm not sure I understand the last question, but batteries always have opposite poles at the ends, an anode and a diode.
If you check the similar questions, BDD True is correct. Unless you use James's answers.
To determine which statement about the magnetic field diagram is true, you can analyze the diagram given and observe the arrows. Based on the diagram described, there are three arrows pointing towards B on the top and three arrows pointing towards B on the bottom. From this information, let's look at the options provided.
Option A: A is the south pole and B is the north pole
Option B: A is the north pole and B is the south pole
Option C: A and B are repelling each other
Option D: A and B have no effect on each other
Since we observe three arrows on the top and bottom pointing towards B, this indicates that A and B are repelling each other. Therefore, option C is the correct choice.
Moving on to the next question about paper clips being attracted to a magnet:
Option A: The paper clips are not magnetic
Option B: The paper clips and the magnet have the same magnetic poles facing each other
Option C: The paper clips are outside of the magnet's magnetic field
Option D: The paper clips are within the magnetic field of the magnet
To determine why the paper clips are attracted to the magnet, we need to consider the nature of magnets and their magnetic fields. Magnetism is exerted through a magnetic field, and objects that are within the magnetic field can be influenced by it. In this case, the paper clips are attracted to the magnet, indicating that they are within the magnetic field of the magnet. Therefore, option D is the correct choice.
Regarding the situation with the refrigerator magnets and their exposed sides:
Option A: The two exposed sides of the magnets have opposite poles
Option B: The plastic animal faces glued to the magnets cause changes in magnetic properties
Option C: The refrigerator causes the magnets to repel each other
Option D: The two exposed sides of the magnets have similar poles
Based on the observation that the exposed sides of the magnets repel each other even though they stick to the refrigerator, we can conclude that the two exposed sides of the magnets have opposite poles. This means that the magnets are oriented in such a way that their poles are facing each other, leading to repulsion. Therefore, option A is the correct choice.
Finally, determining whether two magnets will attract each other:
Option A: True
Option B: False
To determine if two magnets will attract each other, we need to assess the configuration of the magnets. If both batteries (magnets) have the same side facing each other, it indicates that they have similar poles. Since opposite poles attract, having similar poles facing each other will result in repulsion rather than attraction. Therefore, option B (False) is the correct choice.