either, depending on the sze of the bucket really
To solve this problem, we need to understand the concept of buoyancy. When the bucket is half-filled with water, the water exerts an upward buoyant force equal to the weight of the water displaced. Since the weight of the half-filled bucket is 30kg, the weight of the water in the bucket is 30kg. This means the weight of the empty bucket is 20kg (50kg - 30kg = 20kg).
# Start with empty buckets, and carry them to the well. # (Note that the larger is the 7-gallon bucket, and the smaller is the 4-gallon bucket.) # Fill the 4-gallon bucket with water to the top. # Empty all the water from the 4-gallon bucket into the 7-gallon bucket. # (Note that there is room in the 7-gallon bucket for exactly 3 more gallons.) # Fill the 4-gallon bucket again. # Pour from the 4-gallon bucket into the 7-gallon bucket all the water that will fit, spilling none. # (Note that since there was room for only 3 more gallons in the 7-gallon bucket, you now have 1 gallon left in the 4-gallon bucket.) # Dump out all the water from the 7-gallon bucket. (Pour it back into the well or onto some flowers so it's not wasted.) # Pour the 1 gallon of water that remains in the 4-gallon bucket into the empty 7-gallon bucket. # Refill the 4-gallon bucket completely. # Pour all the 4 gallons from the 4-gallon bucket into the 7-gallon bucket. # (Note that since the 7-gallon bucket had 1 gallon already and you added 4 gallons, you now have 5 gallons of water in the 7-gallon bucket!) # Bring back your 7-gallon bucket that's holding exactly 5 gallons of water. (Bring your 4-gallon bucket back too, in case you want to play again!)
1235g because 720 + 5 and a half = 720.5 = 1.235kg = 1235g
It depends on the bucket being used. Check the bucket because it might say how many litres the bucket can hold
1 Liter of water weighs 1 Kg. 5 gallons of water is 18.93 Liters, so 18.93 Kg for the water. I have no idea the mass of the bucket.
either, depending on the sze of the bucket really
Nothing 'takes' mass. When adding more water to a bucket of water, the water gains more mass, but the question isn't specific enough to specify what exactly 'takes' mass.
It depends on the mass of the bucket and the gravitational field it is within.
A bucket of water is heavier than a bucket of tennis balls. This is because water has a higher density than tennis balls, meaning there is more mass packed into a given volume. The weight of an object is determined by both its mass and the gravitational force acting on it, so the bucket of water will weigh more than the bucket of tennis balls when measured on a scale.
If the bucket were brought inside before any evaporation occurred, the mass of the bucket would remain the same. Evaporation is a physical process that does not change the total mass of the water, as only water molecules are transitioning from liquid to gas state.
When a bucket of water is submerged underwater, it displaces an equal volume of water. Because water is denser than air, the weight of the water it displaces is greater than the weight of the bucket of water itself, making the bucket feel lighter underwater.
You can increase the potential energy of the bucket of water by raising it to a higher height on the bench, thereby increasing its gravitational potential energy. Alternatively, you can increase the mass of the water in the bucket, which will also increase its potential energy due to the increased weight.
Yes, a bucket does have mass. Mass is a fundamental property of matter that measures the amount of substance in an object, and it is independent of the object's location or surroundings.
poo in it how do you ground a bucket of water
Pour a bucket of water.
The water in the ocean has more heat than the water in a bucket. This is because the ocean contains a much larger volume of water which can absorb and retain more heat compared to the smaller volume in a bucket.