Depends on the dog! A great dane would still be heavy even on the Moon, while a "minpin" would be even lighter than here on Earth.
Because of the Moon's smaller size and lower density, the force of gravity is about 1/6th that of Earth.
You would weigh approximately one-sixth of what you weigh on earth, so 11 2/3 kg.
Mass experiences about 1.62 Newtons per kilo on the lunar surface. Hence a 70 kg man would "weigh" only 113.4N.
You would be about 70% of the way to the moon.
It would take about 130 days to drive to the moon at a constant speed of 70 mph, assuming you could drive in a straight line through outer space. However, this distance is not practically drivable as there are no roads to the moon.
To find the weight of a student on the Moon, we can use the fact that the Moon's gravity is approximately 1/6th that of Earth's. If the student's weight on Earth is 420 N, their weight on the Moon would be 420 N ÷ 6, which equals 70 N. Therefore, the student's weight on the Moon would be 70 N.
About 11.7 pounds.
Yes, about 12 pounds because there is less gravity on the moon so everyone would weigh less. They would weigh 11.6 pounds to be exact.
True. They would weigh 11.6 pounds to be exact.
i think the moon has 1/6 the gravity so divide 70 by 6
On the moon you would weigh 11.6 pounds.
Actually you would weigh 7 pounds on the moon
If you weigh 70 pounds on earth, then you would weigh about 11.7 pounds on the moon,(without your space suit).
A 70 pound person would weigh approximately 185.2 pounds on Jupiter due to Jupiter's stronger gravitational pull compared to Earth.
A 70 pound person on Earth would weigh approximately 97 pounds on Neptune. Neptune's gravity is about 1.14 times stronger than Earth's gravity, resulting in the increase in weight.
You would weigh approximately one-sixth of what you weigh on earth, so 11 2/3 kg.
26.3 pounds.
A kilogram is a measure of mass, not of weight. A 70 pound dog will weigh 311 Newtons.