Depends on the type of scale you're using, but regardless there should be some tips to follow. Stand up straight, with all of your weight over the scale, both feet on the scale. (If both of your feet are on the scale it shouldn't really matter how you stand, gravity will pull your weight down onto the scale and the scale will measure your weight.) Don't hold on to anything or support your weight on any external object. Also, make sure that the scale is on a firm, flat surface. A lino floor or cement floor would be the best. If you're using a hospital type scale, (the type will the little weights across a bar that you have to slide over to get a correct measurement) make sure that you stand still. Any movement will cause the balance to move and make correct weight measurement very difficult.
The moon is much smaller than the Earth. As a result, the force of gravity on the moon is only about one sixth as strong as gravity on earth. If you were to weigh yourself on a scale here and then could take that same scale to the moon and weigh yourself, the weight read on the moon would be 1/6 your earth weight. So, if you weighed 100 lbs on earth, you would only weigh about 16lbs on the moon. Talk about losing weight fast!
The moon is much smaller than the earth. If you were to weigh yourself on a scale here on earth and then could take that same scale to the moon and weigh yourself there, the weight read on the moon would be 1/6 your earth weight. So, If you weighed 100 pounds on earth, you would weigh only about 16 pounds on the moon.
If you were to weigh yourself on the Moon, your wt would be about 1/6 of your earth weight.
The gravitational force acting on you when you stand on the moon is about 1/6 as strong as when you're standing on the earth. So let's say ... just for an example because I don't know you ... let's just say for a moment that you weigh 180 pounds. If you carry your bathroom scale with you next time you go to the moon, and then once you've landed, you set up the scale inside your landing module and climb on it, you'll read about 30 pounds. (You have to do this before you get out of the landing module, because before you can get out, you have to put on your space suit, and then the weighing would get complicated.)
The gravitational pull (gravity) is not as strong on the moon. (It is a smaller object) Since it is not pulling you on to a scale as hard, you do not weigh as much. :)
When you weigh yourself on a scale, it is measuring the force of gravity acting on your body. This force is what determines your weight.
you don't
Stand on a scale. Figure out how much you weigh. Then pick up the airplane and stand on the scale. Subtract how much you originally weighed, and that is the weight of the airplane.
Nope get a scale!
One way to accurately weigh your luggage without a scale is to use the bathroom scale method. First, weigh yourself on a bathroom scale while holding your luggage. Then, weigh yourself without the luggage. The difference between the two weights will give you the weight of your luggage.
Weigh yourself on a very precise scale while holding the parrot, then weigh yourself without it. The difference in weight is the weight of the bird.
When you weigh yourself, the scale is measuring the gravitational force that the Earth exerts on your body. This force is your weight and is calculated by the scale based on the compression of its internal spring system or the bending of a strain gauge.
The tool that you use to weigh yourself.
go on a scale and weigh yourself
If they can stand, just pop them on the scales as you would weigh yourself.
To weigh your cat at home, you can use a bathroom scale. First, weigh yourself on the scale without holding your cat. Then, pick up your cat and step back on the scale. The difference between the two weights will be the weight of your cat.
You can estimate your weight by comparing yourself to objects of known weight. For example, by using a bathroom scale and balancing it without weighing yourself, you can see how you compare in weight to the scale to make an estimation.