Fiberglass is lighter, AND stronger.
Your MASS (kg) is always the same not matter what the force of gravity. Your WEIGHT (N) however is different as the gravity of whatever planet has an effect on each atom making it heavier or lighter. To answer your question, only your weght would be lighter on the moon.
Lighter because the moon has almost the same density but much smaller size and as result interaction between any mass on the moon surface is weaker than on earth surface. Lighter because the moon has 1/6 less gravity than on earth.
moon duh less mass u wouldn't weigh less but u would be lighter on the moon.Another answer:You would weigh less on the moon.Your mass would not change (mass is not determined by gravity) but your weight would be less (weight is determined by gravity).
Yes, in a way. If the radius of the Earth decreased but it's mass stayed the same, then the forces "pulling" on you (weight) would increase and you would be heavier. If the radius of the Earth increased and the mass stayed the same, then you would be lighter. You would actually weigh less on the top of Mount Everest than on the beach of Honolulu. BTW: This is not a good idea for a weight loss program.
As Mars is smaller than earth, and therefore has a lighter gravity, a person would feel lighter on Mars. In fact on Mars you would weigh half as much
lighter
since it is really hot in central africa, you would need lighter clothing there.
One of Mars's moons? Yes, yes you would be "lighter" (as in less weight) due to titan only being a few miles wide
There is no definite temperature that plywood would combust at. Since plywood contains various chemicals, it will depend on what type those are, its size, etc.
The oil light is turning on BECAUSE you put in the lighter weight oil. older engines need the thicker oil.
Carbon fiber would be lighter than the same structural rigidity in aluminum
Lets say you have a 1 foot by 1 foot piece of plywood. Lets also say that your feet are 12 inches long and when both feet are together are 12 inches wide. Now if you stood on the plywood with both feet you would be distributing your weight over the entire 1 foot by 1 foot area (distributed loading). If you took the same piece of plywood and were able to apply all your weight through your finger and placed that somewhere in the plywood, that point would be loaded at that single point (point loading).
Plywood. It has more trapped air.
plywood is something companies make so you would have to know what the plywood was made from and then find out what the genus and species name for that is
Aluminum would be lighter weight than stainless steel.
It depends on theplywood density if it is denser then water then you would have to make a shape causing it to displace an equal or greater amount of water in weight for it to float.
It depends on the density of the plywood. This site shows some plywood densities in kg/m^3. Let's say your plywood is 500 kg/m^3 (which is at the low end of the plywood densities isted on that page). Converting the dimensions of the plywood to meters gives the following: height: 4 ft = 4 ft * (12 in/ft) * (2.54 cm/in) * (1m/100cm) = 1.22 m width: 8 ft = 8 ft * (12 in/ft) * (2.54 cm/in) * (1m/100cm) = 2.44 m thickness: 18 mm * (1m/1000mm) = .018 m The volume of the plywood is height * weight * thickness = 1.22 * 2.44 * .018 = .0535 m^3. Weight is density * volume. So, at 500 kg/m^3, the plywood would weigh: 500*.0535 = 26.8 kg. 1 kg is approximately 2.2 pounds, so 26.8 kg is 26.8 kg * (2.2 lb/kg) = 58.9 pounds. If, however for example, your plywood is 700 kg/m^3, it would weigh 40% more, or 82.5 pounds.