A: The mass would not change: 30kg.
A: The Earth would be about 5.9742 × 1024 kg
The mass is physical quantity measured in kilograms, and the weight is a force measured in Newtons.The weight depends on the mass of the planet you are standing on, and altitude. At sea level on earth, 1 kg presses on a scale with 9.8 Newtons of force, 30kg with 294 Newtons, but the scale shows 1kg or 30kg respectively for weight because we tend to think of mass and weight as synonymous.A very precise spring scale is going to show lower weight at higher altitudes! In orbit, the weight is zero; even though the mass is the same! Because of this variation with altitude, scales that must measure mass accurately do not depend on springs.
No. The mass of the moon is a fraction of the earth's mass.
The mass on Venus compared to Earth is 80%.
No, they do not have the same mass. The moon has much less mass than Earth.
Yes. The mass of the sun is about 333,000 times that of Earth.
Work = Force x DistanceForce = Mass X Gravity (Near earth approximation)SoWork = 30kg x 9.8 m/s2 x 20m = 5880 joules
6,000 J
The weight of the girl on Earth would be approximately 294.3 Newtons (N) since weight is the force of gravity acting on an object's mass. This is calculated by multiplying the mass of the girl (30 kg) by the acceleration due to gravity on Earth (9.81 m/s^2).
30kg = 30kg.
3 tenths of 30kg = 3/10 * 30kg = 9kg
60 kg-m/s
If a small black hole with a mass of 7.35x10^30kg drifted past Earth at the distance of the Moon, its gravitational force would likely disrupt the orbits of celestial bodies, including the Moon and Earth. This could lead to significant gravitational disturbances, tidal forces, and potentially catastrophic consequences for Earth's environment and ecosystems. Additionally, the black hole's strong gravitational pull could potentially pull objects towards it, causing disruptions in the solar system.
The mass is physical quantity measured in kilograms, and the weight is a force measured in Newtons.The weight depends on the mass of the planet you are standing on, and altitude. At sea level on earth, 1 kg presses on a scale with 9.8 Newtons of force, 30kg with 294 Newtons, but the scale shows 1kg or 30kg respectively for weight because we tend to think of mass and weight as synonymous.A very precise spring scale is going to show lower weight at higher altitudes! In orbit, the weight is zero; even though the mass is the same! Because of this variation with altitude, scales that must measure mass accurately do not depend on springs.
To find out how many fifths are in 30kg, you first need to determine the value of one fifth of 30kg. One fifth of 30kg is calculated by dividing 30 by 5, which equals 6kg. Therefore, there are 6kg in one fifth of 30kg.
30kg is equal to approximately 66 pounds.
20% of 30kg= 20% * 30= 0.2 * 30= 6kg
The force of gravity acting on an object on the moon is about 1/6th of that on Earth. Therefore, the force of gravity acting on an object with a mass of 180kg on the moon would be approximately 180kg * 1/6 = 30kg.