Verify that y = y(x) solves the de. then find the constant c which satisfies the given initial condition. a) 3y' = 2y, y(0) = 5 ; y = cešr b) y' = (3x² + 1)y, y(1) = 1 ; y = cer? +x c) y' = 8x3(y2 + 1), y(0) = 1 ; y = tan(2x+ + c) d) y' + 2y = 6, y(0) = -5; y = 3 + ce-2x

The maximum distance (in nautical miles) that a radio transmitter signal can be sent is represented by the expression 1.23h√, where h is the height (in feet) above the transmitter. estimate the maximum distance x (in nautical miles) between the plane that is receiving the signal and the transmitter. round your answer to the nearest tenth.