The earth is still pulling the steel towards it with the same force. That force is its weight. That the water is also being pulled toward the earth and causes the buoyant upward force on the steel does not make the steel's weight less. That is like arguing that a hunk of steel is weightless because the floor is pushing against it as hard as it is pushing against the floor or arguing that a steel-hulled ocean liner has no weight because it floats in water. The steel will still have the weight of 1 million pounds-force.
Since the specific gravity of steel is 7.8, the upward buoyant force will be 1/7.8 of its weight. If you insist on using pounds to measure weight, the upward buoyant force would be 128,000 pounds-force. You could subtract this from the 1 million pounds-force of the steel to get 872,000 pounds-force. You could call this its effective weight or net downward force if you want to make the point that that force is what is pressing on the bottom of the body of water.
This is probably the answer you should put on your homework if you are a student in a U.S. public school. If you put anything else down, you will likely confuse your teacher especially if you try to argue the difference between pound-force, pound-mass poundals, and slugs.
ANS3
ALOT! Roughly 686,000 tonnes :-)
1 million pounds of steel would weigh 0 pounds in water, as steel is denser than water and sinks in it.
88 million quarters weigh approximately 45,263,636 pounds.
A steel plate of that size would weigh approximately 368 pounds.
A cloud can vary in weight depending on its size and composition. On average, a small cumulus cloud can weigh about 1.1 million pounds (500,000 kg), while a large cumulonimbus cloud can weigh up to 1 billion pounds (450 million kg). However, it's important to note that the weight of a cloud is continuously changing as water vapor condenses and evaporates within it.
A typical stainless steel refillable water bottle may weigh around 0.4 to 0.6 pounds (0.2 to 0.3 kg), while a lightweight plastic refillable water bottle may weigh around 0.1 to 0.2 pounds (0.05 to 0.1 kg). The weight can vary based on the material and size of the bottle.
10 million in gold would weigh approximately 220,462 pounds or 99,983 kilograms.
no
It depends on the average weight of the steel bars. For example, if they each weigh 50 pounds, then 40 of them will weigh a ton. If they each weigh 20 pounds, then 100 of them will weigh a ton.
88 million quarters weigh approximately 45,263,636 pounds.
2lbs
If it is 20 gage steel it would weigh about 450 pounds
A cloud can vary in weight depending on its size and composition. On average, a small cumulus cloud can weigh about 1.1 million pounds (500,000 kg), while a large cumulonimbus cloud can weigh up to 1 billion pounds (450 million kg). However, it's important to note that the weight of a cloud is continuously changing as water vapor condenses and evaporates within it.
The weight of a gallon of morel mushrooms can vary depending on the size and moisture content of the mushrooms. On average, a gallon of morel mushrooms can weigh approximately 3-4 pounds.
1,897,879,908.2 million pounds
That will depend on the capacity of the tank and the gauge of the steel used to make it.
A 5-foot steel bathtub typically weighs around 100-150 pounds, but this can vary depending on the specific design and thickness of the steel used.
33,620 1/2 pounds
Approx 362.9 million.