The equation describing the relativistic form of this effect includes a factor equal to the square root of quantity one minus v over c, all over the square root of one plus v over c. Applications of this effect include echocardiography (ECK-oh-car-dee-AW-gruh-fee), in which it measures blood flow, and (*) radar, which uses it to calculate the speed of an incoming or outgoing object.
The equation describing the relativistic form of this effect includes a factor equal to the square root of quantity one minus v over c, all over the square root of one plus v over c. Applications of this effect include echocardiography (ECK-oh-car-dee-AW-gruh-fee), in which it measures blood flow, and (*) radar, which uses it to calculate the speed of an incoming or outgoing object. For 10 points, name this effect in which the frequency of a sound increases as a sound source moves toward an observer, which is commonly exemplified by ambulance sirens.
The equation describing the relativistic form of this effect includes a factor equal to the square root of quantity one minus v over c, all over the square root of one plus v over c. Applications of this effect include echocardiography (ECK-oh-car-dee-AW-gruh-fee), in which it measures blood flow, and (*) radar, which uses it to calculate the speed of an incoming or outgoing object.
{Doppler}-Fizeau Effect