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Well weight is force exerted by gravitational field on an object. So if 'g' is acceleration due to gravity and m is mass of object then weight(W) of object is W=mg But gravitational acceleration on earth is given as: g=GM/(R+h)^2 G:Gravitaional Constant value 6.67*10^-11 Nm^2/kg^2 M:Mass of earth value:6*10^24kg R:Radius of earth value:6.4*10^6km h:Height of object above the surface of earth At surface of earth h=0 but at peak of mountain h will have some finite value. So as h will increase, g will decrease. Due to decrease in gravitational acceleration at peak of mountain the "WEIGHT OF CLIMBER WILL DECREASE"
The accepted value of gravitational acceleration at sea level is 9.81m/s2 towards the centre of the earth.
Gravitational potential energy is defined as the work performed in moving the mass from infinity to the point concerned in the gravitational field. It will be given in negative. gravitational PE = - G M m / r^2 Here G - universal gravitational constant. M - mass which produced gravitaional field. m - the mass of the object. r - the distance of the point from the centre of the M, where the object has been borught.
The formula that relates weight and mass is: weight = mass x gravity Near Earth, the strength of the gravitational field - the value to be used for "gravity" in the formula - is approximately 9.8 newton/kilogram.
I like to use my bathroom scale. There are expensive scales that might be a little more precise. Or, if you know the mass of two bodies, say the Earth and Moon, there is a formula for calculating the force of each body on the other.
In the cavity at the center of the Earth, your weight would be zero, because you would be pulled equally by gravity in all directions. - The gravitational field of Earth at its center is zero.
i guess it 's 39.2n.kg
zero
It is approximatly 3.42*10^8 M away from the centre of mass of the earth
The acceleration of gravity on the surface of Venus is 8.858 m/s2 , so the force is 8.858 newtons (1.991 pounds) per kilogram of mass. That's 90.32% of the corresponding value on Earth. If you weigh 200 pounds here, you would weigh 180.6 pounds on Venus (not counting all the stuff you'd need to wear just to stay alive there).
On Earth, that is about 980.
The gravitational force would be 1/25 of the current value. Gravitational force is inversely proportional to the square of the distance.
half its present value
According to newton the gravitational attraction would establish a force strenght of which is directly proportional to the product of thier masses and inversely proportional to the square of thier distance and accelerated towards each other with a value 9.8m/s
You can convert that to kilograms (reminder: 1 kg = 1000 grams); then multiply by the value of the gravitational field, which near Earth's surface is about 9.8 newton/kilogram. This will give you the weight in newton.
The moons gravity is less than that of the earth, since the earths mass is greater than the moons mass. Gravity is related to mass and distance from that mass. The greater the mass, the greater the gravitational field it has.
value of acceleration due to gravity is maximum at the surface of earth. So the gravitational field strength. as g'=g(1-d/R) at surface d=R so d=R so g'=g at earth's centre g=0. Its value decrease with decrease or increase in height. as: g'=g(1-2h/R) ......for height h and g'=g(1-d/R) .....for depth d