Question

In: Physics

Describe in words the direction of the compass needle as you moved it around the bar...

  1. Describe in words the direction of the compass needle as you moved it around the bar magnet. How did the needle point behave at opposite ends of the magnet? How did the distance of the compass to magnet affect the compass needle’s behavior?

Solutions

Expert Solution

please give a like it will increase my cf score


Related Solutions

Recall the behavior of the compass needle as you explored the magnetic field created by the...
Recall the behavior of the compass needle as you explored the magnetic field created by the coil. Indicate which two of the following five statements are true. Select one or more: a. It is not possible to decide which end of the coil is a magnetic North when current is flowing through the coil. b. If I always move in the direction indicated by the compass needle, thus following a given field line, my path will trace a loop going...
Briefly describe a measurement you can do using a compass to determine information on the direction...
Briefly describe a measurement you can do using a compass to determine information on the direction and/or strength of the magnetic field passing through the wire in Oersted’s experiment. Include your prediction on how you expect the compass reading to vary as you change one parameter (e.g. distance or current through the wire). Being critical of your measurement described in the previous question, what errors or complications could arise that would prevent you from obtaining conclusive results? Include a precaution...
A “friend” borrows your favorite compass and paints the entire needle red. You discover this when...
A “friend” borrows your favorite compass and paints the entire needle red. You discover this when you are lost in a cave and have with you two flashlights, a few meters of wire, and (of course) your physics textbook. How might you discover which end of your compass needle is the north-seeking end?
A negative charge is moved in the direction of an E⃗E→ field line. Which of the...
A negative charge is moved in the direction of an E⃗E→ field line. Which of the following statements are true? The system is the charge. A negative charge is moved in the direction of an field line. Which of the following statements are true? The system is the charge. The E⃗E→ field does positive work on the charge. The E⃗E→ field does not do any work on the charge. The E⃗E→ field does negative work on the charge. The amount...
Define astronomical ephemeris in your own words. Describe how Mars moved across the sky in 2005.
Define astronomical ephemeris in your own words. Describe how Mars moved across the sky in 2005.
In your own words describe the rotation of the earth and its revolution around the sun...
In your own words describe the rotation of the earth and its revolution around the sun in terms of the Foucault Pendulum experiment and parallax and the aberration of starlight.
Imagine a bar magnet, with North and South poles, moving in the direction perpendicular to a...
Imagine a bar magnet, with North and South poles, moving in the direction perpendicular to a single loop of wire on the horizontal plane, as shown below.   Show the directions of current induced in the coil using arrows and explain why. a. Magnet moving toward the coil. b. Magnet moving away from the coil.
Describe the consequences of using a needle with a large gauge number. Explain the advantages of...
Describe the consequences of using a needle with a large gauge number. Explain the advantages of using a butterfly needle or winged infusion set in blood collection. What are the possible problems that a phlebotomist may encounter when using a butterfly needle for blood collection?
Consider the apparatus shown below in which a conducting bar can be moved along two rails...
Consider the apparatus shown below in which a conducting bar can be moved along two rails connected to a lightbulb. The whole system is immersed in a magnetic field of 0.480 T perpendicularly into the page. The vertical distance between the horizontal rails is 0.800 m. The resistance of the lightbulb is 41.2 Ω, assumed to beconstant. The bar and rails have negligible resistance. The bar is moved toward the right by a constant force of magnitude 0.600 N.(a) What...
SITUATION A: You just gave an injection to a patient, and after withdrawing the needle, you...
SITUATION A: You just gave an injection to a patient, and after withdrawing the needle, you notice that there is no sharps container in the room. Action: Recap the needle using a one-handed recapping technique. Why? Situation B: You are getting ready to apply gloves and notice that you have a cut on your finger. Situation C: You accidentally get some blood on your bare hands while removing your gloves. Situation D: A part-time clinical medical assistant was just hired....
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT