Gravitationally for Dummies
pronunciation: ,ɡrævʌ'teɪʃnʌliWhat does Gravitationally really mean?
Gravitationally is a word that can be a bit tricky to understand at first, but I'll do my best to explain it to you in a way that makes sense. So let's give it a shot!
You know, sometimes when we throw a ball up in the air, it comes back down to the ground. Have you ever wondered why that happens? Well, it's because of something called gravity. You see, gravity is a force that pulls objects towards each other. It's what keeps us on the ground and what makes things fall down when we drop them.
Now, when we talk about something happening gravitationally, we are talking about how that force of gravity affects or relates to the action or behavior of an object. It's like how the force of gravity is responsible for keeping the planets in our solar system in orbit around the sun. The sun's gravity gravitationally pulls the planets towards it, causing them to move in a circular path.
Similarly, when we say that something is moving gravitationally, we mean that it is being influenced or affected by gravity in some way. For example, when an astronaut floats inside a spaceship in space, they are actually experiencing microgravity, which is a weaker form of gravity. So, we could say that the astronaut is moving gravitationally because the force of gravity is still acting upon them, but in a different way than it does on Earth.
So, to sum it all up, when we say something is happening gravitationally, we mean that it is being influenced or affected by the force of gravity. It's kind of like how a puppet is moved by the strings controlled by a puppeteer. The object or action is being guided or controlled by the force of gravity, just like the puppet is manipulated by the puppeteer's hands. Does that make sense?
You know, sometimes when we throw a ball up in the air, it comes back down to the ground. Have you ever wondered why that happens? Well, it's because of something called gravity. You see, gravity is a force that pulls objects towards each other. It's what keeps us on the ground and what makes things fall down when we drop them.
Now, when we talk about something happening gravitationally, we are talking about how that force of gravity affects or relates to the action or behavior of an object. It's like how the force of gravity is responsible for keeping the planets in our solar system in orbit around the sun. The sun's gravity gravitationally pulls the planets towards it, causing them to move in a circular path.
Similarly, when we say that something is moving gravitationally, we mean that it is being influenced or affected by gravity in some way. For example, when an astronaut floats inside a spaceship in space, they are actually experiencing microgravity, which is a weaker form of gravity. So, we could say that the astronaut is moving gravitationally because the force of gravity is still acting upon them, but in a different way than it does on Earth.
So, to sum it all up, when we say something is happening gravitationally, we mean that it is being influenced or affected by the force of gravity. It's kind of like how a puppet is moved by the strings controlled by a puppeteer. The object or action is being guided or controlled by the force of gravity, just like the puppet is manipulated by the puppeteer's hands. Does that make sense?
Revised and Fact checked by Nicole Thomas on 2023-10-28 13:42:24
Gravitationally In a sentece
Learn how to use Gravitationally inside a sentece
- The moon orbits around the Earth gravitationally, which means it is pulled towards the Earth by a force.
- When you drop a ball, it falls to the ground gravitationally, because the Earth's gravity pulls it downwards.
- The planets in our solar system stay in their orbits around the sun gravitationally, due to the sun's strong gravitational pull.
- Astronauts float inside the International Space Station because they are in a state of microgravity, where the effects of gravity are reduced gravitationally.
- Some galaxies are so large that they have enough mass to gravitationally pull in nearby galaxies and form galaxy clusters.
Gravitationally Pertains To
Words to which the original word is relevant