A crushed can typically weighs less than an uncrushed can because the material is more densely packed when crushed. However, the weight difference may be minimal depending on the extent of the crushing.
No, a crushed can does not weigh less than an uncrushed can – the weight of the aluminum remains the same regardless of its shape. The can may appear smaller due to being crushed, but the weight remains constant.
The seashell. The rock only weighs 16 ounces.
8.47kg is equal to 8470g, so 8.47kg weighs more than 8298g.
Crushed ice has more surface area exposed to the surrounding environment, allowing for faster heat transfer. This increased surface area allows the crushed ice to come in contact with more ambient temperature air, speeding up the melting process compared to a single block of ice with less surface area exposed.
A gram weighs more than a milligram. There are 1000 milligrams in 1 gram.
If both bags are the same size, there would be more cans in the crushed can bag and it would weigh 3 or 4 times more than the bag without any crushed cans. If there are the same number of cans in each bag, as long as the cans were not closed, they would weight the same. If the cans were sealed, the air inside would add to the weight of the bag. as the uncrushed cans would leave a lot of air in the bag that would be lighter so a bag of crushed would weigh more as there would be more cans in there
Crushed salt dissolves faster than uncrushed salt because the increased surface area of the crushed particles allows for more contact with the solvent, speeding up the dissolution process.
No, a crushed can does not weigh less than an uncrushed can – the weight of the aluminum remains the same regardless of its shape. The can may appear smaller due to being crushed, but the weight remains constant.
When liver tissue is crushed and exposed to hydrogen peroxide, the enzyme catalase in the liver reacts with the peroxide, breaking it down into water and oxygen. This reaction produces bubbles of oxygen gas and can be used to demonstrate the presence of catalase in living tissues.
It depends how small it is crushed and how tightly it's packed. The smaller it's crushed and more tightly it's packed, the heavier it is as there is more ice and less space between the pieces of ice. In the most finely crushed and firmly packed volumes of the frozen stuff, the cubic foot of crushed ice will approach being a solid block. A cubic foot of water weighs about 62.4 pounds. A solid block of ice of the same volume weighs about 57.5 pounds. A cubic foot of "normal" crushed ice might weigh 35 to 45 pound range. And it could weigh more or less.
Crushed can because it is crushed and although it weighs the same it takes up less space and when you do d=m/v you get a greater number than that of a regular can
One cubic yard of crushed concrete typically weighs around 3,000 pounds or 1.5 tons. The weight can vary based on the size and composition of the crushed concrete.
A ton of crushed limestone weighs around 2,700 pounds or 1.35 short tons.
A cubic yard of crushed lava rock typically weighs around 2,750 pounds (1.375 tons).
Crushed? 3,000 pounds or more depending on how finely crushed it is.
Yes because crushed ice has a greater surface area to volume ratio that a cube of ice. The greater this ratio the faster heat energy is transfered to the frozen water this then causes the particles within the ice to vibrate faster so the ice turns into water faster.
Ice breakers tend to fizz more whole than crushed.