Suppose you fill two rubber balloons with air, suspend both of them from the apart with a noticeable separation between them. (Consider two balloons of diameter 0.2 m, each with mass 1 g, hanging apart with a 0.05 m separation on the ends of strings making angles of 10° with the vertical.) ame point, and let them hang down on strings or equal length. You then rub each with wol your hair Dalloons hang (a) Make order-of-magnitude estimates of the force on each. O 10-12 N O 10-3 N O 10 N O 1N (b) Make order-of-magnitude estimate of the charge on each. O 10-14 C O 10-9 C O 10-7C O 10-5 c (c) Make order-of-magnitude estimate of the field each creates at the center of the other. O 105 N/C O 104 N/C O 10 N/C O 100 N/C (d) Make order-of-magnitude estimate the total flux of electric field created by each balloon. O 100 N - m2/c O 104 N. m?/c O 105 N- m2/c O 106 N. m2/C
Suppose you fill two rubber balloons with air, suspend both of them from the apart with a noticeable separation between them. (Consider two balloons of diameter 0.2 m, each with mass 1 g, hanging apart with a 0.05 m separation on the ends of strings making angles of 10° with the vertical.) ame point, and let them hang down on strings or equal length. You then rub each with wol your hair Dalloons hang (a) Make order-of-magnitude estimates of the force on each. O 10-12 N O 10-3 N O 10 N O 1N (b) Make order-of-magnitude estimate of the charge on each. O 10-14 C O 10-9 C O 10-7C O 10-5 c (c) Make order-of-magnitude estimate of the field each creates at the center of the other. O 105 N/C O 104 N/C O 10 N/C O 100 N/C (d) Make order-of-magnitude estimate the total flux of electric field created by each balloon. O 100 N - m2/c O 104 N. m?/c O 105 N- m2/c O 106 N. m2/C
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