The volume in liters of a 100mm long by 50mm diameter cylinder is: 0.196 liters.
100 mm = 10 cm Volume of sphere = 4/3*pi*53 = 523.599 cubic cm rounded to 3 decimal places
13 ml
100 millimeters is 10 centimeters or about four inches. So you can run 100mm in under 10 seconds.
depends on the depth. 100mm deep and it's 10 square metres. 10m x 1m x 0.1m = 1m3
5,000 i got it right on my homework two days ago!Formulae needed:area_circle = π x radius2radius = diameter ÷ 2circumference = 2 x π x radius ⇒ radius = circumference ÷ (2 x π)What do you mean by a 100 mm circle?Radius = 100 mmarea = π x radius2 = π x (100 mm)2= 10000π mm2≈ 31415.93 mm2Diameter = 100 mmradius = diameter ÷ 2 = 100 mm ÷ 2= 50 mmarea = π x radius2= π x (50 mm)2= 2500π mm2≈ 7853.98 mm2Circumference = 100 mmradius = circumference ÷ (2 x π) = 100 mm ÷ (2 x π)= 50/π mmarea = π x radius2= π x (50/π mm)2= 2500/π mm2≈ 795.77 mm2
The volume in liters of a cylinder with a diameter of 2000mm and a depth of 100mm is: 314 liters.
The volume of a right circular cylinder is pi r2 h. The volume displaced by the 20mm piston is pi 102 200, or 62831.8. The volume displaced by the 100mm piston must be the same, so solve for h in pi 502 h = 62831.8, or h = 8mm.
Cylinder volume, V = 3,14159 x r2 x h V (cm3) = 3,14159 x 52 x 450 = 353 428,875 mL = 353,428 L (liters)
The volume is 3500000/3 π mm3 ~=3665191 mm3 (~= 3.67 litres). A cylinder normally has a constant cross section. What you have is a cone with the top chopped off, thus its volume is the volume of the whole cone minus the volume of the top cone: The diameter reduces from 200mm to 100mm (that is 100mm) in 200mm height so it will reduce from 100mm to 0mm (that is a further 100mm) in a further 200mm height. So the "whole" cone has a height of 200mm+200mm = 400mm and the "top" cone has a height of 200mm. The volume of a cone is 1/3πr2h, so the volume of the "cylinder" is: volume = volume_whole_cone - volume_top_cone = 1/3π(200 ÷ 2)2400 mm3 - 1/3π(100 ÷ 2)2200 mm3 = 200/3π(1002x2 - 502) mm3 = 3500000/3 π mm3 ~= 3665191 mm3 ~= 3665 cm3 = 3.665 litres.
circumference = pi*100mm
15.92mm
100 mm = 10 cm Volume of sphere = 4/3*pi*53 = 523.599 cubic cm rounded to 3 decimal places
The circumference of a circle with a diameter of 31.8mm is about 100mm (99.990265mm)
100mm diameter.
A small clean test tube typically has a size of about 13mm in diameter and 100mm in length, with a volume capacity of around 10-15 milliliters.
No, a 5 on 100mm wheel will not fit on a 5 on 4.5 pattern. The 5 on 100mm pattern refers to a bolt circle diameter of 100mm, while the 5 on 4.5 pattern has a bolt circle diameter of approximately 114.3mm. Since the bolt patterns are different, the wheel won't align properly with the hub.
The capacity of flow in a 100mm diameter pipe can vary based on several factors, including the fluid type, flow rate, and pressure conditions. However, using the formula for flow rate (Q = A × v), where A is the cross-sectional area and v is the flow velocity, a 100mm (0.1m) diameter pipe has a cross-sectional area of approximately 0.00785 square meters. Depending on the flow velocity, the pipe can carry different volumes of fluid; for instance, at a velocity of 1 meter per second, it can convey about 7.85 liters per second.