8em 6cm 4cm 2cm 2cm 4cm B V M Submit A 6cm 1 That Is The Approximate Strength Of The Electric Field At Point A E A 1 (141.12 KiB) Viewed 47 times
-8em 6cm 4cm 2cm 2cm 4cm B V/m Submit A 6cm 1) That is the approximate strength of the electric field at point A? |E|A= V/m Submit The figure above shows the equipotential lines for a uniformly varying electric field. 2) That is the approximate strength of the electric field at point B? |E|B = 8cm -30V -20V -10V 1=TRUE, 2=FALSE Submit OV 10V 20V 10cm 3) Based on your answers to parts (1) and (2), answer the following questions. The strength of the electric field is greater where the value electrical potential is greater. 1=TRUE, 2=FALSE Submit -30V 4) The strength of the electric field is greater where the absolute value of the electrical potential is greater. + + + +
5) The strength of the electric field is greater where equipotential lines are closest together. 6) 4cm 3cm 2cm 1cm D . A 1=TRUE, 2=FALSE Submit 1cm . B 2cm 3cm 30V V/m Submit Help V/m Submit 7) That is the approximate strength of the electric field at point B? |E|B= 4cm 8) Which point has a higher electrical potential C or D? • (1) VC < VD • (2) Vc = VD • (3) Vc > VD с -30V -20V OV 5cm 20V The new figure above shows the equipotential lines for another electric field. That is the approximate strength of the electric field at point A? |E|A= 40V 10V + + +
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