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3. A rocket travels initially vertically then travels along a parabolic path of (y-h:) =bx The vertical velocity remained constant. The magnitudes of the velocity and acceleration at point C is 195m/s and 390 m/s? respectively. Find h1 when b=160 and initial velocity is 180m/s (v-m)² = bx 80m

3. A rocket travels initially vertically then travels along a parabolic path of (y-h:) =bx The vertical velocity remained constant. The magnitudes of the velocity and acceleration at point C is 195m/s and 390 m/s? respectively. Find h1 when b=160 and initial velocity is 180m/s (v-m)² = bx 80m

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3. A rocket travels initially vertically then travels along a parabolic path of (y-h:)?=bx The vertical velocity remained constant. The magnitudes of the velocity and acceleration at point C is 195m/s and 390 m/s? respectively. Find h1 when b=160 and initial velocity is 180m/s (v-h)² = bx 80m h
Transcribed Image Text:3. A rocket travels initially vertically then travels along a parabolic path of (y-h:)?=bx The vertical velocity remained constant. The magnitudes of the velocity and acceleration at point C is 195m/s and 390 m/s? respectively. Find h1 when b=160 and initial velocity is 180m/s (v-h)² = bx 80m h
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