After filtering through the atmosphere the Sun's radiation illuminates Earth's surface with an average intensity of 10 kW/m₂ Assuming this radiation strikes the 15-m x 45-m black, flat roof of a building at normal incidence, calculate the average force the radiation exerts on the roof.
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A: Emax= 205 V/m =E0 It is the peak value of electric field.
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A: See below
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A: Intensity of the bulb here is The radiation pressure due to the bulb is
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A: We have been provided with, Electric field amplitude, E0=120 N/C Frequency of source, n=50.0…
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Q: After filtering through the atmosphere,the Sun’s radiation illuminates Earth’s surface with an…
A: The expression for find average force is F=PA=IcA
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Q: space
A: Given: Maximum radiation pressure =? Solar constant = 1350 W/m2
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A: At 5 m electric field is 20 V/m
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A: Given, r=1.496×1011mPoynting Vector, S=1871 W/m2So, Power,P=S×Area=1871×4π(1.496×1011)2=525.92×1024…
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A:
Q: Suppose sunlight just outside Earth's atmosphere has an intensity of 2.00 kW/m2. Calculate (a) Em…
A: Intensity I = 2 kW/m2
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A: The electric field strength is, E=3.31 kV/m=3.13×103 kV/m The area is, A=2.56 cm11.78 cm=30.16…
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A: Wavelength=12 m amplitude of electric field = 0.60V/m angular frequency =2.1×10-9s-1
Q: & = 0,2 - 0.2 T, - 800 K E =0.7 T, = 500 K
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A: Wavelength , λ = 30.7 cm = 30.7 x 10-2 m Electric Field , Emax = 3.7 x 10-2 V/m Distance , D = 210…
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A: Given: The radiation pressure from light on various kind of surfaces is discussed below.
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