A charged particle with mass m= n electric field which in the position in question has an intensity E 1g is in equilibrium conditions at a point in space under the action of its weight and force due to a 10 V/m What is the charge of the particle? O 0.0984C 9.84C X 0.984C O 98.0µC

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lg is in equilibrium conditions at a point in space under the action of its weight and force due to a
A charged particle with mass m =
n electric field which in the position in question has an intensity E =
10* V/m What is the charge of the particle?
0.098uC
9.81C X
0.98uC
98.0uC
The correct answer is: 0.98uC
Transcribed Image Text:lg is in equilibrium conditions at a point in space under the action of its weight and force due to a A charged particle with mass m = n electric field which in the position in question has an intensity E = 10* V/m What is the charge of the particle? 0.098uC 9.81C X 0.98uC 98.0uC The correct answer is: 0.98uC
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