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The left charge is negative, while the right charge is positive and of equal magnitude What...
1) Which of the following statements about electric fields and equipotential surfaces are correct? (check all...
1) Which of the following statements about electric fields and equipotential surfaces are correct? (check all that apply) a)The electric field direction is always from higher potential to lower potential. b)The number of electric field lines per unit area perpendicular to the field lines is proportional to the strength of the electric field in that region c)Equipotential surfaces are surfaces where the potential is constant over this surface. d)Electric field lines begin on positive charges and end on negative charges....
Which of the following is true? please help a. A positive charge will always move from...
Which of the following is true? please help a. A positive charge will always move from the inside of an equipotential surface to the outside. b. A positive charge will always move from a higher potential point to a lower potential point. c. A negative charge will always move from the outside of an equipotential surface to the inside. d. A negative charge will always move from a higher potential point to a lower potential point . e. A neutral...
what are the answers to from a to d the -1 one charge is on the...
what are the answers to from a
to d the -1 one charge is on the left and the +3 is on the
right
. = + the a) Look at the electric field lines that extend all the way to the outer edges of the grid. Do they (A) all point out, (B) all point in, or (C) are they a mixture of some pointing out and others pointing in?! b) Close to the -1 charge, is the electric...
If a positive charge moves toward higher electric potential, what will happen to its electric potential...
If a positive charge moves toward higher electric potential, what will happen to its electric potential energy? How about if it moves along an equipotential? If a negative charge moves toward higher electric potential, what will happen to its electric potential energy? How about if it moves akng an equipotential ?
1- For a uniform electric field, how is the electric potential energy similar to the gravitational...
1- For a uniform electric field, how is the electric potential energy similar to the gravitational potential energy in a uniform gravitational? 2-If a positive charge and a negative charge moving the same way in an electric field have the same change in electric potential energy? 3-For a positive charge moving in an electric field, which direction of motion will cause the electric potential energy to increase? Decrease? Stay constant? 4-How would the answers to the previous question be different...
If a point charge of 45 nC i magnitude of a.a vim directed aliong the -diretion,...
If a point charge of 45 nC i magnitude of a.a vim directed aliong the -diretion, what force will this charge experience ue to ths feld? (ssume that the wis is to the right and the asis up the page An equp tental surface has which of tne following properties7(Select ali that apply } Moving a point charge from one lacation on an equipotential surflace to another does not require any work U The potential on a given equipotential surface...
I. An equipotential surface is a surface of constant potential. II. The electrostatic force does no...
I. An equipotential surface is a surface of constant potential. II. The electrostatic force does no work on a charge that moves along an equipotential surface. III. The equipotential surfaces surrounding a point charge consist of an infinite number of concentric spherical shells IV. Electric field lines are everywhere perpendicular to equipotential surfaces. O I only OI and II only III and IV only O All of the above The electric potential is constant throughout a certain region of space....
24)In the image below, the negative charge is 3cm to the left of the positive charge...
24)In the image below, the negative charge is 3cm to the left of the positive charge +Q. The black dot is 3cm to the right of the charge. The electric potential energy between the charges is 30 μJ. A. If the magnitude of the negative charge is 4x that of the positive charge, what is Q? B. What is the net electric field at the location of the black dot? C. What is the magnitude of the electrostatic force each...
11. A positive and a negative charge are separated by 2.3 m charge are separated by...
11. A positive and a negative charge are separated by 2.3 m charge are separated by 2.3 m and exert an electrostatic force of 6 N on each other. If the same charges are placed 1.9 m apart, er. If the same charges are placed 1.9 m apart, what is the magnitude of force exerted on each other? ANS: 12. A system has equipotential surfaces as given below where the dashed lines are 1 m apart. What is the magnitude...
(24) In the image below, the negative charge is 3cm to the left of the positive...
(24) In the image below, the negative charge is 3cm to the left of the positive charge +Q. The black dot is 3cm to the right of the charge. The electric potential energy between the charges is 30 u). +Q A. If the magnitude of the negative charge is 4x that of the positive charge, what is Q? B. What is the net electric field at the location of the black dot? C. What is the magnitude of the electrostatic...
what are the answers to from a
to d the -1 one charge is on the left and the +3 is on the
right
. = + the a) Look at the electric field lines that extend all the way to the outer edges of the grid. Do they (A) all point out, (B) all point in, or (C) are they a mixture of some pointing out and others pointing in?! b) Close to the -1 charge, is the electric...
If a positive charge moves toward higher electric potential, what will happen to its electric potential energy? How about if it moves along an equipotential? If a negative charge moves toward higher electric potential, what will happen to its electric potential energy? How about if it moves akng an equipotential ?
If a point charge of 45 nC i magnitude of a.a vim directed aliong the -diretion, what force will this charge experience ue to ths feld? (ssume that the wis is to the right and the asis up the page An equp tental surface has which of tne following properties7(Select ali that apply } Moving a point charge from one lacation on an equipotential surflace to another does not require any work U The potential on a given equipotential surface...
I. An equipotential surface is a surface of constant potential. II. The electrostatic force does no work on a charge that moves along an equipotential surface. III. The equipotential surfaces surrounding a point charge consist of an infinite number of concentric spherical shells IV. Electric field lines are everywhere perpendicular to equipotential surfaces. O I only OI and II only III and IV only O All of the above The electric potential is constant throughout a certain region of space....
11. A positive and a negative charge are separated by 2.3 m charge are separated by 2.3 m and exert an electrostatic force of 6 N on each other. If the same charges are placed 1.9 m apart, er. If the same charges are placed 1.9 m apart, what is the magnitude of force exerted on each other? ANS: 12. A system has equipotential surfaces as given below where the dashed lines are 1 m apart. What is the magnitude...
(24) In the image below, the negative charge is 3cm to the left of the positive charge +Q. The black dot is 3cm to the right of the charge. The electric potential energy between the charges is 30 u). +Q A. If the magnitude of the negative charge is 4x that of the positive charge, what is Q? B. What is the net electric field at the location of the black dot? C. What is the magnitude of the electrostatic...
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