Consider a charge Q = -740 µC located at the origin. Calculate the (signed) magnitude of...
Consider a charge Q = -740 µC located at the origin. Calculate the (signed) magnitude of the electric field 6.63 m away from the charge. What angle (measured counter-clockwise) does the electric field make with the positive x-axis, at the point (x,y) = (3.8 m, 9.0 m)?
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Consider a charge Q = -740 µC located at the origin. Calculate
the (signed) magnitude of...
13. [1pt] Consider a charge Q = -640 µC located at the origin. Calculate the (signed)...
13. [1pt] Consider a charge Q = -640 µC located at the origin. Calculate the (signed) magnitude of the electric field 3.99 m away from the charge. Answer: Last Answer: 3.62*10^5 Not yet correct, tries 3/15 14. [1pt] What angle (measured counter-clockwise) does the electric field make with the positive x-axis, at the point (x,y) = (6.4 m, 7.5 m)? Answer: Last Answer: 49.5 deg
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 28 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 3.8. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 32 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 3.8. All other...
A charge is located at the origin, another charge is located somewhere on the ty axis,...
A charge is located at the origin, another charge is located somewhere on the ty axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 27 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 2.7. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 27 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 3.7. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 45 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 3.0. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 41 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 1.8. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 26 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 2.4. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 50 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 2.5. All other...
A charge is located at the origin, another charge is located somewhere on the +y axis,...
A charge is located at the origin, another charge is located somewhere on the +y axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 25 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 2.9. All other...
A charge is located at the origin, another charge is located somewhere on the ty axis, another charge is located somewhere on the -y axis, and a fourth is located somewhere on the +x axis. The angle of the total electric force on the charge at the origin is 27 degrees counter-clockwise from the +x axis. Then, the charge at the origin changes sign and its magnitude (absolute value of its charge) increases by a factor of 2.7. All other...
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