Wouldn't that depend on what's doing the oscillating ? If it's a stone on the end
of a rubber band, or a pendulum, or anything else like that where the period
depends on the weight of something, then of course it's going to be different,
because the weight of the weight is different. But if it's an oscillation of voltage
and current in an electronic circuit, then weight/gravity has nothing to do with
the frequency. The frequency of radio transmissions from astronauts in flight,
as well as the frequency of their voices for that matter, is the same whether
they're on Earth, on the moon, or weightless in orbit somewhere.
Its two kilograms. :I
um. best idea is using a ruler n clamping along the desk. let the cantilever stand out for bout .80m. at the end add some mass using the stand n determine its centre. once done that. do some trials . your amplitude should be minimum. Sag the ruler down for bout 10 deg n leave it for oscillation. miss the first few oscillation n then start counting upto 10 osc. and measure up the time . thats it ..
Your mass on Earth would be approximately 57.81 kg, calculated as weight (567 N) divided by Earth's gravitational acceleration (9.81 m/s^2). On the Moon with gravity of 1.60 m/s^2, your weight would be 92 N, calculated as mass (57.81 kg) multiplied by Moon's gravitational acceleration (1.60 m/s^2).
A weight of 16.6 N, which is about 1/6th of its weight on Earth due to the moon's lower gravity.
The weight of a 10 kg object on the moon would be approximately 1.63 N, which is about one-sixth of its weight on Earth due to the moon's lower gravity.
An object that weighs 800.1 n on earth would weigh 130.6 n on the moon.
The weight of an object on the moon is about 1/6th of its weight on Earth. Therefore, to calculate the weight of an object on the moon, you would divide the weight on Earth by 6. For an object that weighs 539 N on Earth, it would weigh approximately 90 N on the moon.
The weight of an object on the moon is approximately 1/6th of its weight on Earth. Therefore, if a student weighs 420 N on Earth, their weight on the moon would be around 70 N (420 N / 6).
Its two kilograms. :I
The Gravity on the Moon is much weaker than the Gravity on Earth, the Moon's gravity is about 1/6 of the Gravity on Earth. So for example: An Object that weighs 690 N on Earth will weigh 115 N on the moon. In order to get your answer, just divide any number by 6 and you will get your answer. Answer: 360 N on Earth will result as 60 N on the moon.
Well honey, if an object weighs 30 N on the moon, it would weigh about 180 N on Earth. That's because the gravitational pull on Earth is about six times stronger than on the moon. So, there you have it, simple math for ya!
um. best idea is using a ruler n clamping along the desk. let the cantilever stand out for bout .80m. at the end add some mass using the stand n determine its centre. once done that. do some trials . your amplitude should be minimum. Sag the ruler down for bout 10 deg n leave it for oscillation. miss the first few oscillation n then start counting upto 10 osc. and measure up the time . thats it ..
The mass of an object remains constant regardless of location, so the mass on the moon remains 8 kg. The weight on the moon can be calculated using the formula: Weight = mass * acceleration due to gravity. Given that the acceleration due to gravity on the moon is 1/6th that of Earth, the weight on the moon would be 1/6th of the weight on Earth, which is 10 N (60 N * 1/6).
If your mass is 100kg on earth your weight on earth is 980 N on earth. The moons gravity is roughly 1.6 m/s^2 thus your weight will be 160 N I weigh 32pounds 4.3ounces on the moon, when I step out of my space-suit.
20 pounds on the Moon. (just divide your weight by 6)
If that is your eath weight then you weigh 54.6-non the moon,about 124.9-n on Mars, and about 834.2-n on Jupiter.
If your mass is 120 kg, then you weigh about 1,177 N on Earth, and about 195 N on the moon. Your mass doesn't change, no matter where you are.