D1-SCT35: Two NEGATIVELY CHARGED PARTICLES-ACCELERATION Two negatively charged particles labeled A and B are separated by a distance.x. The particles have different charges and masses as shown. Three students are discussing what will happen just after the particles are released. Antonio: Brenda: Cho: m B "The magnitude of the force that A exerts on B will be the same as the magnitude of the force that B exerts on A. Since A has less mass, it will have a larger acceleration." With which of these students do you agree? Antonio Brenda Explain your reasoning. 3m "The magnitude of the force on A by B is greater than the magnitude of the force on B by A since B has more mass. So A will have the largest acceleration." Cho___________ None of them. "A has more charge but it has less mass. The larger mass of B is exactly compensated for by the larger charge of A. The acceleration of both will be the same."

C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter6: Modularity Using Functions
Section6.1: Function And Parameter Declarations
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D1-SCT35: TWO NEGATIVELY CHARGED PARTICLES-ACCELERATION
Two negatively charged particles labeled A and B are separated by a distance x.
The particles have different charges and masses as shown.
Three students are discussing what will happen just after the particles are released.
Antonio:
Brenda:
Cho:
-3q
m
B
"The magnitude of the force that A exerts on B will be the same as the magnitude of the force that B
exerts on A. Since A has less mass, it will have a larger acceleration."
With which of these students do you agree?
Antonio
Brenda
Cho
Explain your reasoning.
3m
"The magnitude of the force on A by B is greater than the magnitude of the force on B by A since B
has more mass. So A will have the largest acceleration."
None of them
"A has more charge but it has less mass. The larger mass of B is exactly compensated for by the
larger charge of A. The acceleration of both will be the same."
Transcribed Image Text:D1-SCT35: TWO NEGATIVELY CHARGED PARTICLES-ACCELERATION Two negatively charged particles labeled A and B are separated by a distance x. The particles have different charges and masses as shown. Three students are discussing what will happen just after the particles are released. Antonio: Brenda: Cho: -3q m B "The magnitude of the force that A exerts on B will be the same as the magnitude of the force that B exerts on A. Since A has less mass, it will have a larger acceleration." With which of these students do you agree? Antonio Brenda Cho Explain your reasoning. 3m "The magnitude of the force on A by B is greater than the magnitude of the force on B by A since B has more mass. So A will have the largest acceleration." None of them "A has more charge but it has less mass. The larger mass of B is exactly compensated for by the larger charge of A. The acceleration of both will be the same."
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