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5) Lithotripsy is a noninvasive medical procedure that is used to break up kidney stones in the body. A machine uses the foci properties of an ellipse to concentrate shock waves generated at one focus on a kidney stone located at the other focus. a. If the major axis is 44.6 cm and the minor axis is 29 cm, how far from the very back of the reflector should a kidney stone be located for the best result? b. Placing the coordinate axes so that the center of the ellipse is at the origin, what is an equation for the ellipse that can be used to model the reflector?

5) Lithotripsy is a noninvasive medical procedure that is used to break up kidney stones in the body. A machine uses the foci properties of an ellipse to concentrate shock waves generated at one focus on a kidney stone located at the other focus. a. If the major axis is 44.6 cm and the minor axis is 29 cm, how far from the very back of the reflector should a kidney stone be located for the best result? b. Placing the coordinate axes so that the center of the ellipse is at the origin, what is an equation for the ellipse that can be used to model the reflector?

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5) Lithotripsy is a noninvasive medical procedure that is used to break up kidney stones in the body. A machine uses the foci properties of an ellipse to concentrate shock waves generated at one focus on a kidney stone located at the other focus. a. If the major axis is 44.6 cm and the minor axis is 29 cm, how far from the very back of the reflector should a kidney stone be located for the best result? b. Placing the coordinate axes so that the center of the ellipse is at the origin, what is an equation for the ellipse that can be used to model the reflector? ellipsoidal reflector kidney stone at focal point F2 water cushion spark gap electrode at focal point F₁
Transcribed Image Text:5) Lithotripsy is a noninvasive medical procedure that is used to break up kidney stones in the body. A machine uses the foci properties of an ellipse to concentrate shock waves generated at one focus on a kidney stone located at the other focus. a. If the major axis is 44.6 cm and the minor axis is 29 cm, how far from the very back of the reflector should a kidney stone be located for the best result? b. Placing the coordinate axes so that the center of the ellipse is at the origin, what is an equation for the ellipse that can be used to model the reflector? ellipsoidal reflector kidney stone at focal point F2 water cushion spark gap electrode at focal point F₁
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