The weight of a bag of sugar on Saturn would depend on the bag's mass and the gravitational force acting on it. Saturn's gravity is about 1.065 times that of Earth's. For example, if a bag of sugar weighs 1 kilogram on Earth, it would weigh approximately 1.065 kilograms on Saturn due to the stronger gravitational pull. However, Saturn is a gas giant, and any object would not rest on its surface in the same way as it would on solid ground.
The weight of the bag of sugar on Mars would be about 0.38 times its weight on Earth, due to Mars having weaker gravity. On Jupiter, the weight of the bag of sugar would be about 2.53 times its weight on Earth, since Jupiter's gravity is much stronger.
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Fg=mg therefore Fg=(1.0kg)x(9.81m/s^2) Fg=9.81N
To determine how many 0.25-kg bags can be filled from a 50-kg bag of sugar, divide the total weight of the sugar by the weight of each smaller bag. This calculation is as follows: 50 kg ÷ 0.25 kg = 200. Therefore, you can fill 200 bags of 0.25 kg each from a 50-kg bag of sugar.
A bag of sugar weighs about 5 pounds or 80 ounces.
The osmosis bag containing the solution with the highest concentration of sugar gained the most weight in the experiment. This is because water moved from the lower concentration solution inside the bag to the higher concentration solution outside the bag through osmosis, causing the bag to swell and gain weight.
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dry sugar
The mass of the sugar will remain the same, 1 kilogram, regardless of location. Weight (which is affected by gravity) is what changes depending on location. On the Moon, the bag of sugar will weigh less due to the weaker gravitational pull compared to Earth.
depends on the size of the tomatoes and if its dipped in a bag of sugar and chocolate flakes
The weight unit to use is gram (gramme).
A bag of flour or sugar is a common household item that is around 5 pounds in weight.