Answer:
D. 1.33 segundos.
Explanation:
El cuerpo es experimenta un movimiento en caída libre al modificarse su velocidad por efecto de la gravitación terrestre. Este cuerpo alcanza instantáneamente el reposo cuando se encuentra a su altura máxima, el tiempo puede obtenerse sabiendo la aceleración y las velocidades incial y final a partir de la siguiente ecuación cinemática:
Donde:
- Velocidad final del cuerpo, medida en metros por segundo.
- Velocidad inicial del cuerpo, medida en metros por segundo.
- Aceleración gravitacional, medida en metros por segundo al cuadrado.
- Tiempo, medido en segundos.
Ahora se despeja el tiempo:
Si 
, 
y 
, entonces:
Por ende, la respuesta correcta es D.
Answer:The Women's National Basketball Association,
Explanation:Branliest:)
When Janet leaves the platform, she's moving horizontally at 1.92 m/s. We assume that there's no air resistance, and gravity has no effect on horizontal motion. There's no horizontal force acting on Janet to make her move horizontally any faster or slower than 1.92 m/s.
She's in the air for 1.1 second before she hits the water.
Moving horizontally at 1.92 m/s for 1.1 second, she sails out away from the platform
(1.92 m/s) x (1.1 sec) = <em>2.112 meters</em>
<span>1. It must be an object which independently orbits the Sun (this means moons can't be considered planets, since they orbit planets)
2. It must have enough mass that its own gravity pulls it into a spheroidal shape.
3. </span><span>It must be large enough to "dominate" its orbit (i.e. its mass must be much larger than anything else which crosses its orbit).</span>
The moon does not have its own light.
