The measurement of weight is affected by gravity.
Nothing, the force of gravity is not affected by Earth's rotation. However measurement of WEIGHT would change.
Such an object is said to be in free fall.
protein affected by our DNA because of the gravity of the earth
weight is defined as the product of mass and gravity constant. as the value of gravity changes weight is also changed
Yes. Gravity is inversely proportional to distance.
Nothing, the force of gravity is not affected by Earth's rotation. However measurement of WEIGHT would change.
If one is hypothetically measuring gravity from a long distance, would there be a delay between the gravity encompassed by a source and the gravity detected from a distance, similarly to how there is a delay in the measurement of light from a distance?I know that gravity might be independent from time since it is influence by an object's existence. But then again, gravity is a part of space-time.
No. Newtons are a measurement of mass and are relative only to Earth's gravity and are not affected by changes in gravity. Only weight is affected by changing gravity. On Earth, weight and mass are the same because Earth's gravity is the benchmark constant for measuring mass in Newtons, and weight is affected by that very same factor (Earth's gravity). On other planets, mass is unchanged because the Earthly gravity is a constant (and therefore, unchanged), and the weight changes because now it is affected by a new planetary gravity.
The mass is basically NOT affected by gravity. The weight IS affected, and it is equal to mass x gravity.
Wind and water erosion are affected by gravity.
No. Weight is affected by gravity.
No, only weight is affected by gravity: attraction, force, acceleration.
The acceleration and force of gravity are vectors.
Mass is not affected by gravity. Weight is the result of the force of gravity acting on mass.
The amount of force exerted is the same no matter what type of measurement system is used.
Mass isn't affected by gravity, but weight directly depends on it.
Newtons