That really depends on the bucket, but it would be measured kilograms.
either, depending on the sze of the bucket really
Bucket plus Water = B + W = 50 kg Bucket + 0.5*Water = B + W/2 = 30 kg Subtracting the second equation from the first gives W/2 = 20 kg So W = 40 kg Then B + W = 50 kg gives B = 10 kg.
1235g because 720 + 5 and a half = 720.5 = 1.235kg = 1235g
# 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!)
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.
It actually isn't lighter, the mass of the bucket itself remains the same. However the buoyancy of the object, and the friction of water being higher than air, all work together counteract gravity. This makes the bucket appear to be lighter.
Why it happens because the mass of the brick is heavy and the force apon it is because of its weight and it makes it float and spills out of the bucket.
a bucket...
poo in it how do you ground a bucket of water
Pour a bucket of water.
That really depends on the bucket, but it would be measured kilograms.
get a bucket, go to a fountain or an other water spot, click on use bucket and click on the water.
The water Displacement method is simply when there are 2 cups and a tray. The first bucket has a spout, and is filled to the max with water. Then a second smaller bucket is placed inside. The tray on the bottom collects water that has spilled out (the water that spills is equal to the objets mass). When objects are placed in the small bucket, it pushes water out of the the larger one, and fills the tray. The tray can then be weighed to see how much mass the object has. Hope this helps! =) -A twelve year old