1. gerry qualified to compete in the grasshopper olympics for the long - jump event. go, gerry! calculate…

1. gerry qualified to compete in the grasshopper olympics for the long - jump event. go, gerry! calculate his momentum if his mass is 5 g and he jumps with a velocity of 150 cm/s. gerry completed in the grasshopper olympics and earned a silver medal while setting a personal record.\nequation:\nshow your work:\np = \nm = \nv = \nanswer

1. gerry qualified to compete in the grasshopper olympics for the long - jump event. go, gerry! calculate his momentum if his mass is 5 g and he jumps with a velocity of 150 cm/s. gerry completed in the grasshopper olympics and earned a silver medal while setting a personal record.\nequation:\nshow your work:\np = \nm = \nv = \nanswer

Answer

Explicación:

Paso 1: Identificar la ecuación del momento

El momento ($p$) está dado por la fórmula $p = m\times v$, donde $m$ es la masa y $v$ es la velocidad.

Paso 2: Convertir unidades

La velocidad $v = 150\ cm/s=1.5\ m/s$ y la masa $m = 5\ g = 0.005\ kg$.

Paso 3: Calcular el momento

Sustituir valores en la fórmula $p=m\times v$. Entonces $p=(0.005\ kg)\times(1.5\ m/s)= 0.0075\ kg\cdot m/s$.

Respuesta:

$0.0075\ kg\cdot m/s$