Homework Answers
the charge down is basically balancing the gravitational force of the upper ball to keep it in equlibrium ...
if the charges are doubled then kq1*q2 becomes 4 times the initial value to compensate this if the distance between the charges has to be also doubled ...(as weight of the ball remains constant during injection of charge )
therefore the distance between them should also be doubled
2d
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One charged plastic ball is vertically above another in a test tube as shown. The balls...
are 2 A small charged plastic ball is Nortically above another charged small shown in the...
are 2 A small charged plastic ball is Nortically above another charged small shown in the figure. The balls in equilibrum a distance & apart. If the charge equilibrium distance between the balls in the tost tube would become nad. B.) ad c.) 4d E.)dly id A
Part One. (Four points apiece) 1. One very small uniformly charged plastic ball is located directly...
Part One. (Four points apiece) 1. One very small uniformly charged plastic ball is located directly above another such charged ball in a test tube as shown in the figure. The balls are in equilibrium a distance d apart. If the charge on each ball is doubled, the distance between the balls in the test tube would become a. v2d. b. 2d. c. 4d. d. 8d. e. None of these. 2. A point charge Q is located a short distance...
Please briefly explain if possible like the process. Thank you. 1. Two small, charged plastic balls...
Please briefly explain if possible like the process. Thank you.
1. Two small, charged plastic balls (yo can consider them to be point charges) are in a test u tube, one vertically above the other as shown in the figure below. The balls are in equilibrium a distance d apart. If the charge on one of the balls is halved, the distance between the balls in the test tube would become A. 2d B. d/2 C. v2d D. d/v2 2....
place another charged ball Qo on the line between the two will be zero? Two balls...
place another charged ball Qo on the line between the two will be zero? Two balls with charges+Q and +40 are fixed at a separation distance of 3R. Is t possible to charges such that the net force on Q a) Yes, but only if Qo is positive, Yes, but only if Qo is negative Yes, independent of the sign (or value) of Q No, the net force can never be zero 2. Two particles, each with charge Q, and...
Attemptsr Question 1 Balls 1, 2, 3, and 4 are hanging by strings. A plastic rod,...
Attemptsr Question 1 Balls 1, 2, 3, and 4 are hanging by strings. A plastic rod, which has been rubbed with wool, is used to touch Ball 1 1. When the balls are brought near each other, but not touching, the Ball 2 is attracted to ball 3 Balls 2 and 4 do not affect one another Balls 2, 3, and 4 are attracted to ball 1 What is ball I's charge state? O Glass O Plastic O Neutral Question...
16. (4 points) Two small plastic balls with a mass of 0.5g are attached to a...
16. (4 points) Two small plastic balls with a mass of 0.5g are attached to a massless string of length 1 m. The center of the string is then nailed to the ceiling. The balls are given an identical charge which causes them to spread apart. You measure the distance between them to be 4 cm. What charge was given to each ball?
A couple of small insulating balls are attached by separate .25 m threads. The balls are...
A couple of small insulating balls are attached by separate .25 m threads. The balls are identical and the threads are attached to a common point on the ceiling. The mass of each ball is .00080 kg. Initially the balls are uncharged and hang straight down. They are then given the same positive charges and, as a result, spread apart with an angle of 36o between the threads. a. Determine the distance between the two balls after they are charged....
A couple of small insulating balls are attached by separate 0.25 m threads. The balls are...
A couple of small insulating balls are attached by separate 0.25 m threads. The balls are identical and the threads are attached to a common point on the ceiling. The mass of each ball is .00080 kg. Initially the balls are uncharged and hang straight down. They are then given the same positive charges and, as a result, spread apart with an angle of 36o between the threads. a. Determine the distance between the two balls after they are charged....
(Figure 1)Consider three plastic balls (A, B, and C), each carrying a uniformly distributed charge equal...
(Figure 1)Consider three plastic balls (A, B, and C), each
carrying a uniformly distributed charge equal to either +Q, -Q or
zero, and an uncharged copper ball (D). A positive test charge (T)
experiences the forces shown in the figure when brought very near
to the individual balls. The test charge T is strongly attracted to
A, strongly repelled from B, weakly attracted to C, and strongly
attracted to D. Assume throughout this problem that the balls are
brought very...
(Figure 1) Consider three plastic balls (A, B, and C), each carrying a uniformly distributed charge...
(Figure 1) Consider three plastic balls (A, B, and C), each
carrying a uniformly distributed charge equal to either +Q, -Q or
zero, and an uncharged (neutral) copper ball (D). A positive test
charge (T) experiences the forces shown in the figure when brought
very near to the individual balls. The test charge T is strongly
attracted to A, strongly repelled from B, weakly attracted to C,
and strongly attracted to D.
What is the nature of the force between...
are 2 A small charged plastic ball is Nortically above another charged small shown in the figure. The balls in equilibrum a distance & apart. If the charge equilibrium distance between the balls in the tost tube would become nad. B.) ad c.) 4d E.)dly id A
Part One. (Four points apiece) 1. One very small uniformly charged plastic ball is located directly above another such charged ball in a test tube as shown in the figure. The balls are in equilibrium a distance d apart. If the charge on each ball is doubled, the distance between the balls in the test tube would become a. v2d. b. 2d. c. 4d. d. 8d. e. None of these. 2. A point charge Q is located a short distance...
Please briefly explain if possible like the process. Thank you.
1. Two small, charged plastic balls (yo can consider them to be point charges) are in a test u tube, one vertically above the other as shown in the figure below. The balls are in equilibrium a distance d apart. If the charge on one of the balls is halved, the distance between the balls in the test tube would become A. 2d B. d/2 C. v2d D. d/v2 2....
place another charged ball Qo on the line between the two will be zero? Two balls with charges+Q and +40 are fixed at a separation distance of 3R. Is t possible to charges such that the net force on Q a) Yes, but only if Qo is positive, Yes, but only if Qo is negative Yes, independent of the sign (or value) of Q No, the net force can never be zero 2. Two particles, each with charge Q, and...
Attemptsr Question 1 Balls 1, 2, 3, and 4 are hanging by strings. A plastic rod, which has been rubbed with wool, is used to touch Ball 1 1. When the balls are brought near each other, but not touching, the Ball 2 is attracted to ball 3 Balls 2 and 4 do not affect one another Balls 2, 3, and 4 are attracted to ball 1 What is ball I's charge state? O Glass O Plastic O Neutral Question...
16. (4 points) Two small plastic balls with a mass of 0.5g are attached to a massless string of length 1 m. The center of the string is then nailed to the ceiling. The balls are given an identical charge which causes them to spread apart. You measure the distance between them to be 4 cm. What charge was given to each ball?
(Figure 1)Consider three plastic balls (A, B, and C), each
carrying a uniformly distributed charge equal to either +Q, -Q or
zero, and an uncharged copper ball (D). A positive test charge (T)
experiences the forces shown in the figure when brought very near
to the individual balls. The test charge T is strongly attracted to
A, strongly repelled from B, weakly attracted to C, and strongly
attracted to D. Assume throughout this problem that the balls are
brought very...
(Figure 1) Consider three plastic balls (A, B, and C), each
carrying a uniformly distributed charge equal to either +Q, -Q or
zero, and an uncharged (neutral) copper ball (D). A positive test
charge (T) experiences the forces shown in the figure when brought
very near to the individual balls. The test charge T is strongly
attracted to A, strongly repelled from B, weakly attracted to C,
and strongly attracted to D.
What is the nature of the force between...
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