An EM wave is directed at a solar sail made out of a dark absorbing material and applies a force on the sail that allows it to travel through outer space. There are no other forces on the solar sail, just the force due to the EM wave. How would the force on the sail change if the area of the sail is made 5 times larger and the sail is made out of a highly reflective material instead of a dark absorbing material?
An EM wave is directed at a solar sail made out of a dark absorbing material and applies a force on the sail that allows it to travel through outer space. There are no other forces on the solar sail, just the force due to the EM wave. How would the force on the sail change if the area of the sail is made 5 times larger and the sail is made out of a highly reflective material instead of a dark absorbing material?
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+x
+y
Electric
Magnetic
field
field
Question 4, part (a)
What direction is the electromagnetic wave moving in?
Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.
a
+x direction
b -X direction
+y direction
d -y direction
+zdirection
- z direction"
Transcribed Image Text:+z
+x
+y
Electric
Magnetic
field
field
Question 4, part (a)
What direction is the electromagnetic wave moving in?
Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.
a
+x direction
b -X direction
+y direction
d -y direction
+zdirection
- z direction

Transcribed Image Text:Question 4, part (b)
An EM wave is directed at a solar sail made out of a dark absorbing material and applies a force
on the sail that allows it to travel through outer space. There are no other forces on the solar sail,
just the force due to the EM wave.
How would the force on the sail change if the area of the sail is made 5 times larger and the sail
is made out of a highly reflective material instead of a dark absorbing material?
Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.
a
Pressure would be 10 times less
Pressure would be 5 times less
C
Pressure would be the same
d
Pressure would be 5 times greater
e
Pressure would be 10 times greater
lo
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