A uniform electric field is created in the x-y plane at angle of 49.5° with respect the negative x-axis. A small, charged .064mg mass (6.4x105 kg) hangs in static equilibrium from a string as shown in the presence of the electric field. The charge on the small mass is +1.42x10-6 Coulombs. The y-axis represents the vertical direction with gravity pulling straight down along the negative y-axis. The string makes an angle 59.8° with the vertical. E 59.89 49.5° (a) Draw a free body diagram for the small mass labeling all forces and angles. (b) What is the tension in the string? (c) What is the electric field?
A uniform electric field is created in the x-y plane at angle of 49.5° with respect the negative x-axis. A small, charged .064mg mass (6.4x105 kg) hangs in static equilibrium from a string as shown in the presence of the electric field. The charge on the small mass is +1.42x10-6 Coulombs. The y-axis represents the vertical direction with gravity pulling straight down along the negative y-axis. The string makes an angle 59.8° with the vertical. E 59.89 49.5° (a) Draw a free body diagram for the small mass labeling all forces and angles. (b) What is the tension in the string? (c) What is the electric field?
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Transcribed Image Text:A uniform electric field is created in the x-y plane at
angle of 49.5° with respect the negative x-axis. A
X small, charged .064mg mass (6.4x105 kg) hangs in
static equilibrium from a string as shown in the
presence of the electric field. The charge on the
small mass is +1.42x106 Coulombs. The y-axis
represents the vertical direction with gravity pulling
straight down along the negative y-axis. The string
E
59.89
49.5°
makes an angle 59.80 with the vertical.
(a) Draw a free body diagram for the small mass
labeling all forces and angles.
(b) What is the tension in the string?
(c) What is the electric field?
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