V = pi*r2*h = pi*102*6 = 1884.96 cubic inches.
The label is placed on the curved surface area of the cylinder. Its area can be found using the formula A = 3.14dh where d is the diameter and h is the height of the can. It is rectangular in shape.
soup
Diameter = 6.6cm, so radius = 3.3cm Circumference = 2 * pi * radius Circle. = 20.735 cm Now we multiply by the length..... 20.735 * 8.8 = 182.468 cm^2 Now we have the 1cm overlap, which technically is a rectangle of dimensions 1cm * 8.8cm i.e. 1 * 8.8cm = 8.8 cm^2 We just add this on..... 182.468 + 8.8 = 191.268 cm^2 or 191.27 cm^2 (to 2dp)
Like the shape of a soup can
Well, isn't that a lovely question! An 18-quart roaster can typically hold around 72 cups of liquid, which is about 18 quarts. Now, if we consider a standard serving size of soup being around 1 cup, you could potentially serve about 72 bowls of soup from that roaster. Just imagine all the happy tummies you could fill with that delicious soup!
The height of the can in terms of Pi is: about 3.85picm
Volume of a can or cylinder: pi*radius2*height
Diameter 6.6 cm ( radius 3.3 cm) , length 10 cm .If thats internal dimensions,then volume = pi * r2 * length = 3.1416 * 10.89 * 10 = 342.12 cu. cm.
Using the formula for volume of a cylinder, (pi)r2h, I looked at a normal 15 oz. Campbell's soup can to find the height as 4.25 inches, and its radius as about 1.5 inches. Plugging those values into the formula, I get (3.14)(1.52)(4.25), I got an answer of approximately 30 in3 (or 9.5625(pi) in3).
The size of a can of soup can vary, but a standard can of soup is typically around 75-120mm in diameter and 85-130mm in height.
Most cans, including soup cans, have the shape of a cylinder.The volume of a cylinder, including a can of soup, can be calculated using the formula:V = πr2hπ (pi) = 3.14159...r is the can's radius (1/2 the diameter of the lid)h is the can's height (the length of its side)
Most cans, including soup cans, have the shape of a cylinder.The volume of a cylinder, including a can of soup, can be calculated using the formula:V = πr2hπ (pi) = 3.14159...r is the can's radius (1/2 the diameter of the lid)h is the can's height (the length of its side)
The answer depends on what characteristic of the soup can you wish to measure: mass, volume, temperature, radius, height, etc. There is no way to answer the question unless that information is provided.
Here is what is think it would be.
no lo se
I have a 400g can here, 110mms
no lo se