No, water cannot form a black hole, no matter the quantity. Black holes are only formed after the collapse of a supergiant star.
180 pounds of water would occupy 2.88 cubic feet (180 lbs / 62.5 lbs/ft^3 = 2.88 ft^3).
A water heater pilot light typically uses about 3-5 cubic feet of gas per day.
Ten cubic centimeters of water is equivalent to 10 milliliters. Since 1 milliliter is equal to 1 cubic centimeter, 10 milliliters of water would be 10 millimeters in depth if spread over an area of 1 square centimeter.
1 cubic meter = 10 X 10 X 10 cubic decimeters. 1 cubic decimeter of water has a mass of 1 kilogram. Therefore, 1 cubic meter has a mass of 103 kilograms, or 1000 kilograms, and 3 cubic meters therefore have a mass of 3000 kilograms.
Approximately 1,419.34 pounds @8.34 pounds per US gallon.
It would not accelerate because it does not go straight in.As it turns out ,nothing does.Everything that goes in spirals in , like water going down a drain. If space time is the tub or sink ,the black hole is the drain and the matter (in this case light)is the water,the water spirales in.It would look to an outside observer like the light is turning red. This is because it decelerates.If light sped up it would be able to escape the black hole and we would see the black hole and it would not be a black hole.
One cubic centimeter of water would fit into that cup, and it would weigh 1 gram.
a tank of ful of water that has a volume of 3.252 cubic metres would have a mass of?
Assuming your measurements are in feet, this volume would contain 6,272,640 cubic feet of water.
It's not water .____.
taking the normal density of water as 1g/cc, the amount of water in 1 cubic inch would be 16.387064 grams. Addition about 1 cubic inch.
I'm assuming water -- then you would have 748.05 gallons of water in 100 cubic foot volume.
Just the liquid itself would occupy about 0.1605 cubic feet.
180 pounds of water would occupy 2.88 cubic feet (180 lbs / 62.5 lbs/ft^3 = 2.88 ft^3).
I would say 350 cubic cm.
Quite possibly 512 cubic inches!
7.518 gallons.