Gravity

The force of gravity would weaken as you got further away from the Earth's surface and into outer space and therefore your weight would change. As you got nearer to the Moon, your weight would increase again but only to about 1/6th of your weight on Earth due to the fact the Moon's gravity is around 6 times less than that of Earth's.

Your mass would not change.

In the API gravity formula, 141.5 is a constant used to standardize the API gravity scale. It represents the specific gravity of water at 60°F. 131.5 is the specific gravity of the liquid being measured. By subtracting 131.5 from 141.5 and dividing the result by 0.1, you can calculate the API gravity of the liquid.

Mass and inertia are directly related: the greater the mass of an object, the greater its inertia. Inertia is the tendency of an object to resist changes in its state of motion, so a more massive object will require more force to accelerate or decelerate compared to a less massive object.

Assuming the rock is in free fall, it will accelerate due to gravity at approximately 32 feet per second squared. After falling 10,000 feet, it will reach a speed of roughly 160 ft/s (or 109 mph) just before hitting the ground, neglecting air resistance.

By differentiating between mass and weight, you show that you understand

that the answer to the question depends on where you are.

-- On or near Earth, 125 kg of mass weighs about 1225.9 newtons (275.8 pounds).

-- On or near the moon, it weighs about 202.9 newtons (45.6 pounds).

-- On or near Jupiter, it weighs about 3,235.6 newtons (727.4 pounds).

-- On or near Pluto, it weighs about 72.9 newtons (16.4 pounds).

It has different weights in other places.

You can place the object on the fulcrum of a seesaw to achieve physical balance. This is because the fulcrum is the point where the object's weight is evenly distributed on both sides of the seesaw, resulting in equilibrium.

The force depends on the mass of the object. That's why tall fat people weigh more

than short skinny people.

Whatever the mass of the object happens to be, the forces of gravity between the

Earth and the object are 9.8 newtons (about 2.205 pounds) per kilogram of mass,

in both directions.

Gravity plays a crucial role in the operation of roller coasters by providing the necessary force to propel the cars along the track. When a coaster climbs to a high point, gravitational potential energy is stored, which converts to kinetic energy as the train descends. This energy exchange allows the coaster to gain speed and navigate loops and turns. Ultimately, gravity ensures that the ride is thrilling while keeping it safe within the design of the track.

Pluto's gravity is relatively weak compared to that of Earth, with a surface gravity of about 0.62 meters per second squared (m/s²). This is approximately 6.3% of Earth's gravity, meaning that objects on Pluto weigh significantly less than they do on Earth. For example, a person weighing 100 pounds on Earth would weigh only about 6.3 pounds on Pluto. This low gravity is due to Pluto's small size and mass.

'Gravoty' is an attraction between any two or more objects, be those objects atoms, protons or planets. stars andything in between.

The planets have gravity , the Sun has gravity. They are attracted to each other. So why do they not 'crash' into each other? Because, the planets are moving with an acceleration. This acceleration together with the planets mass creates are force (F = ma). This force is balanced by the Sun's force of gravity. So the forces are in balance, so the planets orbit the Sun and not fall into the Sun.

The oceans on Earth, being liquid, will be attracted to the Moon by Lunar gravity. So which side of the Earth the Moon is on , will be the 'High Tide'. This is balabnced 'Like a wheel balance', by a counter High Tide on the opposite side of the Earth, from the Moon.

Without gravity, none of the stars or planets would maintain their forms. Gravity allows the Sun to maintain its energy generation while remaining as a single mass. Gravity allows the Earth to hold its atmosphere.

Indeed, gravity is the force that forms stars and planets, although the trigger that begins the process is still unclear.

Friend Hilmar Zonneveld is perfectly and absolutely right. Weight, being a vector, of an object will always act through the center of gravity. Also definition of centre of gravity confirms that whatever be the position the weight would always act through a point known to be center of gravity

It isn't, necessarily. But the force of gravity is constant, whereas the force

of air resistance depends on how fast you're moving through the air. So when

you begin to fall, gravity is stronger, and it makes you fall faster and faster.

But as your speed increases, so does the force of air resistance, and eventually,

the force of air resistance builds up to be equal to the force of gravity. At that

point, you keeep falling, but your speed doesn't grow any more.

Oh, what a fantastic question! Now, you see, every object in our world, big or small, has a tiny amount of gravity. It's like a soft hug that everything shares, bringing a sense of connection to everything in our beautiful universe. Keep exploring curiosities like this, my friend – you're on a wonderful journey of discovery.

Yes, asteroids have gravity, but it is much weaker than the gravity on Earth. This is because asteroids are much smaller and less massive than Earth, so their gravitational pull is significantly lower.

Well, friend, gravity is what pulls objects downward towards the Earth's center. It's like a gentle hug from Mother Nature keeping us feeling grounded and connected to this beautiful planet. Just remember to walk lightly and breathe deeply as you go about your day on this wondrous Earth.

Gravity is a force that pulls objects towards the center of the Earth. It influences the push or pull of objects by determining how much they weigh and how they move. Objects with more mass experience a stronger pull of gravity, while objects with less mass experience a weaker pull. This force of gravity affects how objects move and interact with each other on Earth.

Gravity is a force that pulls objects towards the center of the Earth. It is what keeps us grounded and causes objects to fall when dropped. Gravity also affects the motion of planets, moons, and other celestial bodies in our solar system. It is responsible for keeping the Earth in orbit around the Sun and the Moon in orbit around the Earth.

Gravity is a fundamental force that is created by the presence of mass in an object. It causes objects with mass to be attracted to each other. In the universe, gravity plays a key role in shaping the structure of galaxies, stars, and planets, as well as influencing the motion of celestial bodies. It keeps planets in orbit around stars, holds galaxies together, and determines the trajectory of objects in space.

Light is affected by gravity in the universe through a phenomenon called gravitational lensing. This occurs when the gravitational pull of massive objects, like galaxies or black holes, bends the path of light as it travels through space. This bending can distort or magnify the appearance of distant objects, providing valuable insights into the distribution of mass in the universe.

Well, friend, you see, gravity is what keeps us rooted to the ground and creates a beautiful balance in our world. While gravity exists everywhere in our universe, there are special situations, like in outer space, where its effects can feel different. So, just remember, no matter where you are, gravity is always there painting a masterpiece of harmony around us.