a probe is launched from earth and lands on mars. the gravitational acceleration on mars is 3.7 m/s². which…

a probe is launched from earth and lands on mars. the gravitational acceleration on mars is 3.7 m/s². which statement best compares the mass and weight of the probe? the mass of the probe remains the same, but the weight of the probe increases. the mass of the probe remains the same, but the weight of the probe decreases. the mass of the probe increases, but the weight of the probe remains the same. the mass of the probe decreases, but the weight of the probe remains the same.

a probe is launched from earth and lands on mars. the gravitational acceleration on mars is 3.7 m/s². which statement best compares the mass and weight of the probe? the mass of the probe remains the same, but the weight of the probe increases. the mass of the probe remains the same, but the weight of the probe decreases. the mass of the probe increases, but the weight of the probe remains the same. the mass of the probe decreases, but the weight of the probe remains the same.

Answer

Brief Explanations:

La masa es una cantidad de materia y es constante. El peso es la fuerza gravitacional que actúa sobre un objeto y está dado por $F = mg$, donde $g$ es la aceleración gravitacional. La aceleración gravitacional en Marte ($3.7\ m/s^{2}$) es menor que en la Tierra ($9.8\ m/s^{2}$). Entonces, con la misma masa, el peso del probe disminuye en Marte.

Answer:

The mass of the probe remains the same, but the weight of the probe decreases.