a. of mass 12m a dista e4u away. 3. A small object has an excess of 4.7 x 10” electrons. The magnitude of theelectric potential at a distance of 0.200 m from the object would be: (e= 1.6 x10¹⁹ C) a. 2.7 x 106V b. 3.4x10³V c. 2.1 x 1022V d. 2.6 x 104V 4. A satellite is in acircular orbit around the Earth at an altitude of 650 km. What orbital speed must the satellite maintain to stay in orbit at this altitude? a. 5.7 X103 m/s b. 7.5 X 103 m/s c. 2.5 X 104 m/s d. 7.9 X 10 m/s
a. of mass 12m a dista e4u away. 3. A small object has an excess of 4.7 x 10” electrons. The magnitude of theelectric potential at a distance of 0.200 m from the object would be: (e= 1.6 x10¹⁹ C) a. 2.7 x 106V b. 3.4x10³V c. 2.1 x 1022V d. 2.6 x 104V 4. A satellite is in acircular orbit around the Earth at an altitude of 650 km. What orbital speed must the satellite maintain to stay in orbit at this altitude? a. 5.7 X103 m/s b. 7.5 X 103 m/s c. 2.5 X 104 m/s d. 7.9 X 10 m/s
Chapter7: Electric Potential
Section: Chapter Questions
Problem 94AP: (a) What is the final speed of an electron accelerated from rest through a voltage of 25.0 MV by a...
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Transcribed Image Text:a.
of mass 12m a dista e4u away.
3. A small object has an excess of 4.7 x 10” electrons. The magnitude of theelectric
potential at a distance of 0.200 m from the object would be: (e= 1.6 x10¹⁹ C)
a. 2.7 x 106V
b. 3.4x10³V
c. 2.1 x 1022V
d. 2.6 x 104V
4. A satellite is in acircular orbit around the Earth at an altitude of 650 km. What orbital
speed must the satellite maintain to stay in orbit at this altitude?
a. 5.7 X103 m/s
b. 7.5 X 103 m/s
c.
2.5 X 104 m/s
d.
7.9 X 10 m/s
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