Charge on String in Electric Field aviary problem. Determine the charge on a pith ball that is suspended in a charged ca

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Charge on String in Electric Field aviary problem. Determine the
charge on a pith ball that is suspended in a charged capacitor.
Determine the charge on the string in (nC) and the tension on the
ball in (mN). I am totally lost on this can anyone help!? See
below

Charge On String In Electric Field Aviary Problem Determine The Charge On A Pith Ball That Is Suspended In A Charged Ca 1 (112.05 KiB) Viewed 52 times

Charge On String In Electric Field Aviary Problem Determine The Charge On A Pith Ball That Is Suspended In A Charged Ca 2 (49.07 KiB) Viewed 52 times

Charge On String In Electric Field Aviary Problem Determine The Charge On A Pith Ball That Is Suspended In A Charged Ca 3 (129.63 KiB) Viewed 52 times

Charge On String In Electric Field Aviary Problem Determine The Charge On A Pith Ball That Is Suspended In A Charged Ca 4 (57.95 KiB) Viewed 52 times

Charge on String in Electric Field In this problem you must determine the charge on a pith ball that is suspended in a charged capacitor. You will be given the mass of the pith ball, the angle that the string makes with the vertical and the gravitational field of the planet on which this system is located. You will also be told the potential difference between the plates of the capacitor and the distance between the plates of the capacitor. You can ignore edge effects of the capacitor. Finally, you must find the tension in the string holding the pith ball. When you are ready to start this activity, click on the begin button. Begin 1203 Awe
Charge on String in Electric Field 1 1 1 1173 V Enter Answers Show Question 1
Charge on String in Electric Field The gravitational field of this planet is 6.7 N/kg The mass of the ball is 393.0 mg. The potential differnece between the plates of the capacitor is 1173 V. The distance between the plates of the capacitor is 52.0 mm. The string makes an angle of 37.82° with the vertical. Determine the tension in the string. Determine the charge on the ball. When you are ready test your answers, hit the 'Enter Answers' Button 1173 V Enter Answers Hide Question
Charge on String in Electric Field I Enter Your Answers Below Don't Enter Units Your Name: Charge (nC): Tension (mN): Submit 1173 V Hide Answers Show Question