You are working in a laser laboratory. Your current project involves suspending spherical glass beads in the Earth's gravitational field using a vertically directed laser beam. Today's experiment involves a black bead of radius r and density p. Assuming that the radius of the laser beam is the same as that of the bead and that the beam is centered on the bead, determine the minimum laser power required to suspend this bead in equilibrium. (Use any variable or symbol stated above along with the following as necessary: g and c.) P =

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You are working in a laser laboratory. Your current project involves suspending spherical glass beads in the Earth's gravitational
field using a vertically directed laser beam. Today's experiment involves a black bead of radius r and density p. Assuming that the
radius of the laser beam is the same as that of the bead and that the beam is centered on the bead, determine the minimum laser
power required to suspend this bead in equilibrium. (Use any variable or symbol stated above along with the following as
necessary: g and c.)
P =
Transcribed Image Text:You are working in a laser laboratory. Your current project involves suspending spherical glass beads in the Earth's gravitational field using a vertically directed laser beam. Today's experiment involves a black bead of radius r and density p. Assuming that the radius of the laser beam is the same as that of the bead and that the beam is centered on the bead, determine the minimum laser power required to suspend this bead in equilibrium. (Use any variable or symbol stated above along with the following as necessary: g and c.) P =
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