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AP Physics 2
14.4 Electromagnetic Waves
AdvancedMCQMathematicalConceptual19.2k
A schematic diagram showing a spacecraft body of mass m attached to a flat, vertical solar sail of area A. A horizontal laser beam originating from the left shines directly onto the left face of the sail at normal incidence. Parallel arrows represent the incoming light rays with a vertical double-headed arrow labeled E_0 representing the electric field. Reflected rays point back to the left, labeled with reflectivity R. No other text, labels, or construction lines are present.
Laser beam incident normally on a flat solar sail.
A small spacecraft of mass \(m\) in deep space is equipped with a flat solar sail of surface area \(A\). A monochromatic laser beam with peak electric field magnitude \(E_0\) shines normally onto the sail. The sail surface has a reflectivity coefficient \(R\), where \(R = 1\) represents complete reflection and \(R = 0\) represents complete absorption. Which of the following expressions correctly gives the magnitude of the initial acceleration \(a\) of the spacecraft in terms of \(m\), \(A\), \(E_0\), \(R\), and fundamental constants?

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