In two experiments, Objects A and B, which have like electric charges, are set near each other. Each has a mass of 1.0 kg. Object A is then held in place, while B is allowed to accelerate away under the influence of the strong repulsive electric force between the objects: Experiment #1: -->> A B Experiment #2: A B Notice that in Experiment #2 the charge on Object B is changed. The gray grid is not part of the experiments, it's just drawn to help you measure the distance between the objects. In Experiment #1 Object B eventually reaches a velocity of 26. cm/s. Calculate the velocity Object B eventually reaches in Experiment #2. You may assume there is no friction of any kind on B. Round your answer to 2 significant digits, and be sure it contains an appropriate unit symbol.
In two experiments, Objects A and B, which have like electric charges, are set near each other. Each has a mass of 1.0 kg. Object A is then held in place, while B is allowed to accelerate away under the influence of the strong repulsive electric force between the objects: Experiment #1: -->> A B Experiment #2: A B Notice that in Experiment #2 the charge on Object B is changed. The gray grid is not part of the experiments, it's just drawn to help you measure the distance between the objects. In Experiment #1 Object B eventually reaches a velocity of 26. cm/s. Calculate the velocity Object B eventually reaches in Experiment #2. You may assume there is no friction of any kind on B. Round your answer to 2 significant digits, and be sure it contains an appropriate unit symbol.
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MATH AND PHYSICS
Using conservation of energy with electrostatic potential energy
Experiment #1:
In two experiments, Objects A and B, which have like electric charges, are set near each other. Each has a mass of 1.0 kg. Object A is then held in place, while
B is allowed to accelerate away under the influence of the strong repulsive electric force between the objects:
A B
Experiment #2:
-1-3->>
A B
y =
In Experiment #1 Object B eventually reaches a velocity of 26. cm/s.
Calculate the velocity Object B eventually reaches in Experiment #2. You may assume there is no friction of any kind on B.
Round your answer to 2 significant digits, and be sure it contains an appropriate unit symbol.
-0
Explanation
Check
x10
ロ・ロ
X
Notice that in Experiment #2 the charge on Object B is changed.
The gray grid is not part of the experiments, it's just drawn to help you measure the distance between
the objects.
μ
1 00
09
0/5
3
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Emmalee
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