The density of steel is around 490 pounds per cubic foot, depending on grade. I'm assuming the steel bar is a cylinder because you gave me a diameter. If it is not, I am completely wrong. The volume of a cylinder is pi times the radius squared times height. Pi is about 3.14159. The radius squared is 0.01085069444 feet. The height is 20 feet. The volume of the steel bar must be 0.68176866291519189 cubic feet. Therefore the bar must weigh about 334 pounds. Hmm, seems too heavy..
Weight per metre length= 0.559 kg
=D^((D^2/162) L) D^2 = Diameter of the rod L = Length of the rod
At first, the area of cross section of the weld, length of the weld, volume of the weld in cubic inches, weight of weld in cubic inches. To express in formula: Weight of Weld Metal = _ Êx ÊBase Êx ÊHeight Êx ÊLength Êx ÊWeight of Material.
The unit weight of steel is 7850kg per cubic meter, so the unit weight of different bars can be calculated by multiplying the volume of 1m length of bar with the unit weight of steel.It can also be calculated simply by dividing the square of the diameter of bar in mm by 162.Diameter of bar unit weight calculation.8 0.395kg/m w=8x8/16210 0.617kg/m w=10x10/16212 0.889kg/m w=12x12/16216 1.580kg/m w=16x16/16220 2.469kg/m w=20x20/16225 3.858kg/m w=25x25/162
If the amount of water leaving the tube each second is equivalent to the volume of the tube, then the net velocity will equal the length of the tube per second. Therefore the net velocity for any length or flow rate will equal: v=l2πr2/(dV/dt) Where v is the the net velocity, r is the radius, l is the tube length, V is the volume and t is time. i.e. dV/dt is the flow rate
The Dimensions vary. The average length is about 150mm. The average diameter is about 12mm.
46.2kg
Weight per metre length= 0.559 kg
The dimensions of a 210 liter steel drum is 890 mm high by 580 mm diameter. The weight empty is typically 16 kg.
10mm ms rod for waight
13mm diameter & 3100 length pl. give me weight
Typical weight and dimensions of PVC and CPVC pipes are indicated in the table below:PVC and CPVC Pipes - Schedule 40Nominal Pipe Size(inches)Outside Diameter(inches)Minimum Wall Thickness(inches)Nominal Inside Diameter(inches)Weight(lb/ft)PVCCPVC1/20.8400.1090.6220.160.173/41.0500.1130.8240.210.2311.3150.1331.0490.320.341 1/41.6600.1401.3800.430.461 1/21.9000.1451.6100.510.5522.3750.1542.0670.680.742 1/22.8750.2032.4691.071.1833.5000.2163.0681.411.5444.5000.2374.0262.012.2055.5630.2585.0472.7366.6250.2806.0653.533.8688.6250.3227.9815.395.811010.7500.36510.0207.558.241212.7500.40611.93810.0110.891414.0000.43813.12411.801616.0000.50015.00015.43PVC and CPVC Pipes - Schedule 80Nominal Pipe Size(inches)Outside Diameter(inches)Minimum Wall Thickness(inches)Nominal Inside Diameter(inches)Weight(lb/ft)PVCCPVC1/20.8400.1470.5460.200.223/41.0500.1540.7420.270.3011.3150.1790.9570.410.441 1/41.6600.1911.2780.520.611 1/21.9000.2001.5000.670.7422.3750.2181.9390.951.022 1/22.8750.2762.3231.451.5633.5000.3002.9001.942.0944.5000.3373.8262.753.0555.5630.3754.8133.8766.6250.4325.7615.425.8288.6250.5007.6258.058.831010.7500.5939.56412.0013.091212.7500.6871137616.5018.01414.0000.75012.50019.301616.0000.84314.31425.441 lb = 0.4536 kg1 ft (foot) = 0.3048 m1 in (inch) = 25.4 mm
A 3 door hatchback smart car has a length of 98. 4 inches, a width of 59. 6 inches, and a height of 61 inches. The curb weight is 1,610 pounds.
To calculate the outside diameter of a roll of carpet, you can use the following formula: Outside Diameter (in inches) = √[(Weight in pounds / (Width in feet x Length in feet)) * 32] In your case: Weight = 1000 pounds Width = 12 feet Length = 180 feet Outside Diameter (in inches) = √[(1000 / (12 x 180)) * 32] Outside Diameter ≈ √[(1000 / 2160) * 32] Outside Diameter ≈ √(0.1481 * 32) Outside Diameter ≈ √4.7392 Outside Diameter ≈ 2.18 inches So, the outside diameter of a 1000-pound roll of carpet that is 12 feet by 180 feet is approximately 2.18 inches.
That depends entirely on what material it's made from ! The dimensions are irrelevant unless you tell us what it's made from !
it weight 175 grams and is 25 cm in diameter
The weight of the bat, in ounces, is 3 less than the length of the bat in inches. The -3 is called the 'bat drop' or 'drop weight'. Measure the bat and then subtract 3 from the number of inches and you will determine the weight of the bat in ounces. If the length of the bat is 30 inches, the weight is 27 ounces. If the length of the bat is 33 inches, the weight is 30 ounces. If you see a bat with a -6 on it, that means the weight of the bat, in ounces, is 6 less than the length of the bat in inches ... a -8 means the weight, in ounces, is 8 less than the length of the bat in inches.