Volume = 4/3*pi*25.53 = 69455.90118 or about 69456 cubic cm
Liters = 69456/1000 = 69.456
The HS18-51 4P is a type of hydraulic cylinder, and its size typically refers to its bore diameter and stroke length. Specifically, "HS18" indicates an 18 mm bore diameter, while "51" usually denotes a 51 mm stroke length. The "4P" may refer to a specific design feature or configuration. For precise dimensions and specifications, consulting the manufacturer's datasheet is recommended.
Yes, 308 = 7.62. But the 51 part is variable. The first number is the outer diameter of the bullet. This has to be exactly correct to fit the barrel of the gun. The second number, 51, can be different, and may still work.
You just multiply all the dimensions to find the volume: 18" x 51" x 3" = 2,754 cubic inches.
51% = 51/100
It can be: 3*17 = 51 or 1*51 = 51
51 litres is 51,000 ml.
There are approximately 17.23 ounces in 0.51 liters.
As you've given a "diameter" measurement, I guess that the structure is cylindrical in shape. radius = diameter ÷ 2 = 51 ft ÷ 2 = 25.5 ft volume_cylinder = π x radius^2 x height = π x (25.5 ft)^2 x 180 ft ≈ 367707.7 cu ft
51,000 ml
Can't tell you the answer but I can tell how to do it. 51 divided by 3.14
Assuming that the tree is approximately circular, if it is 51 inches in diameter then it is a little over 160 inches in circumference.
About 51/2 12-ounce measures from two liters.
16.23 inches
0.051 L
To find the molarity, you first need to calculate the number of moles of Al2O3. The molar mass of Al2O3 is 101.96 g/mol. Since you have 51 grams, that would be 0.5 moles. Next, convert the volume from mL to liters (500 mL = 0.5 L) and then divide the moles by the volume to get the molarity, which is 1.0 M.
51% typically means 51% by volume. So if you have a 100ml bottle of 51% alcohol, you have 51ml of pure alcohol inside the bottle, diluted to a final solution volume of 100ml.
160.22 metres.