1. Consider a simple ionic drive. a) If the drive field is 10,00OV/m what is the force on the spacecraft from a singly ionized charge being accelerated. b) Assume the electrical length of the engine is O.2m. Find the impulse from his charge if the charge is accelerated at a constant acceleration. (Mcharge = 2.2e-23kg) c) Find the force of one mole of nitrogen atoms through this engine.

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1. Consider a simple ionic drive.
a) If the drive field is 10,00OV/m what is the force on the spacecraft from a
singly ionized charge being accelerated.
b) Assume the electrical length of the engine is 0.2m. Find the impulse from
this charge if the charge is accelerated at a constant acceleration. (Mcharge =
2.2e-23kg)
c) Find the force of one mole of nitrogen atoms through this engine.
d) Find the impulse of one mole of nitrogen atoms through this engine.
e) Find the electrical current and power needed to drive such a device.
Transcribed Image Text:1. Consider a simple ionic drive. a) If the drive field is 10,00OV/m what is the force on the spacecraft from a singly ionized charge being accelerated. b) Assume the electrical length of the engine is 0.2m. Find the impulse from this charge if the charge is accelerated at a constant acceleration. (Mcharge = 2.2e-23kg) c) Find the force of one mole of nitrogen atoms through this engine. d) Find the impulse of one mole of nitrogen atoms through this engine. e) Find the electrical current and power needed to drive such a device.
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