the planets hox and blox are near each other in the dorgon system. the dorgons have very advanced…

the planets hox and blox are near each other in the dorgon system. the dorgons have very advanced technology, and a dorgon scientist wants to increase the pull of gravity between the two planets. which proposals would the scientist make to accomplish this goal? check all that apply. decreasing the distance between hox and blox increasing the mass of hox increasing the distance between hox and blox decreasing the mass of blox increasing the mass of blox decreasing the mass of hox and blox

the planets hox and blox are near each other in the dorgon system. the dorgons have very advanced technology, and a dorgon scientist wants to increase the pull of gravity between the two planets. which proposals would the scientist make to accomplish this goal? check all that apply. decreasing the distance between hox and blox increasing the mass of hox increasing the distance between hox and blox decreasing the mass of blox increasing the mass of blox decreasing the mass of hox and blox

Answer

Explicación:

Paso 1: Recordar la ley de la gravitación universal

La fuerza de gravitación entre dos objetos está dada por $F = G\frac{m_1m_2}{r^2}$, donde $G$ es la constante de gravitación universal, $m_1$ y $m_2$ son las masas de los dos objetos y $r$ es la distancia entre ellos.

Paso 2: Analizar el efecto de la distancia

Según la fórmula, la fuerza de gravitación es inversamente proporcional al cuadrado de la distancia ($r$). Entonces, disminuir la distancia aumentará la fuerza de gravitación.

Paso 3: Analizar el efecto de la masa

La fuerza de gravitación es directamente proporcional a las masas de los objetos ($m_1$ y $m_2$). Entonces, aumentar la masa de uno o ambos planetas aumentará la fuerza de gravitación.

Respuesta:

  • disminuir la distancia entre Hox y Blox
  • aumentar la masa de Hox
  • aumentar la masa de Blox