(1.) A 3 microCoulomb (uC) charge is placed at the origin. A -5 µC charge is placed at coordinates (5cm, 5 cm). a. Find the magnitude of the electric force of the -5 µC charge upon the 3 µC charge. b. Draw the vector corresponding to this force at the location of the 3μC charge (the origin). c. If the mass that holds the 3 µC charge is 2 milligrams, find the resulting acceleration of the mass.
(1.) A 3 microCoulomb (uC) charge is placed at the origin. A -5 µC charge is placed at coordinates (5cm, 5 cm). a. Find the magnitude of the electric force of the -5 µC charge upon the 3 µC charge. b. Draw the vector corresponding to this force at the location of the 3μC charge (the origin). c. If the mass that holds the 3 µC charge is 2 milligrams, find the resulting acceleration of the mass.
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Transcribed Image Text:(1.) A 3 microCoulomb (µC) charge is placed at the origin. A -5 µC charge is placed at
coordinates (5cm, 5 cm).
a. Find the magnitude of the electric force of the -5 µC charge upon the 3 µC charge.
b. Draw the vector corresponding to this force at the location of the 3μC charge (the
origin).
c.
If the mass that holds the 3 µC charge is 2 milligrams, find the resulting
acceleration of the mass.
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