To determine the weight of soil in 0.75 cubic feet, you need to know the density of the soil, which typically ranges from about 75 to 100 pounds per cubic foot, depending on its composition and moisture content. For an average estimate, if we use 100 lbs/cu ft, 0.75 cu ft of soil would weigh approximately 75 lbs. Conversely, if using 75 lbs/cu ft, it would weigh about 56.25 lbs. Therefore, the weight can range between approximately 56.25 to 75 lbs.
gold 19.3 times weight of water water 62.5 pounds per cu ft 19.3 x 62.5 = 1206.25 pounds weight cu ft of gold
It depends on the density of packing. Average weight is estimated at around 6 pounds per cubic foot. Density is realistically around 5 or 5.5. Depending on how much bulky furniture there is. So at 6 lbs per cuft, the estimated weight would be 4920 pounds.
Cubic feet is a measure of volume (i.e. a cube measuring one foot x one foot x one foot). Pounds is a measure of weight (mass). Therefore the relationship between cubic feet and pounds is called density (lbs per cubic foot) and will vary for each substance: a gas (at atmospheric pressure) will have less than one pound per cubic foot, while a block of wood will have a density of approximately 60 lbs per cubic foot.
48 foot trailer: 3000 cu. ft. or 30,000 lbs 53 foot trailer: 3400 cu. ft. or 34,000 lbs.
The density of steel is typically around 490 pounds per cubic foot in English units.
To determine the weight of soil in 0.75 cubic feet, you need to know the density of the soil, which typically ranges from about 75 to 100 pounds per cubic foot, depending on its composition and moisture content. For an average estimate, if we use 100 lbs/cu ft, 0.75 cu ft of soil would weigh approximately 75 lbs. Conversely, if using 75 lbs/cu ft, it would weigh about 56.25 lbs. Therefore, the weight can range between approximately 56.25 to 75 lbs.
The weight of 1 cubic foot of steel is approximately 490 pounds.
It depends on the density of the shipment. The denser the shipment, the lower the class. Here is a list of classes: <12 lbs per cu. ft. = class 100. nmfc = 112870-1 12 to <30 lbs per cu. ft. = class 70. nmfc = 112870-2 30 or more lbs per cu. ft. = 55. nmfc = 112870-3 If you Google 'shipment density calculator' you can calculate the density of the shipment using the overall dimensions and total weight.
gold 19.3 times weight of water water 62.5 pounds per cu ft 19.3 x 62.5 = 1206.25 pounds weight cu ft of gold
35 to 40 lbs per cu ft
ROUGHLY!, about 150lbs. per cu. ft.
Cubic feet (cu ft) is a measure of volume, representing the amount of space an object fills. Pounds (lbs) is a measure of weight, representing the force of gravity acting on an object. So, cubic feet measures volume, while pounds measure weight.
weight = density * volumeUsing steel density @ 7850 kg / cu. metreDimensions in metres>volume = pi * r * r * l = 3.1416 * 0.0125 * 0.0125 * 1.0= 0.00049087 cu.metres>weight = 7850 * 0.00049087 = 3.853 kg
in carbon steel it will weigh 3,267.2 lbs. For weight of we have to know:- 1. volume (in cubic centimeter) 2. density so now 1 inch = 2.54 cm 96 inch = 96*2.54=243.84 120 inch = 120*2.54=304.8 so volume=(2.54*243.84*304.8)=188779 cubic cm density = 7.8g/cm3 (varies based on alloying element from 7.8 to 8.05) now mass= density*volume m= 7.8*176980.29=1472476.022 gram= 1472.5 kg=3246.25 lbs (depends on density)
Wet asphalt weighs about 145 pounds per cu. foot.
Magnolia has a heat value similar to Willow. It is not as good as Oak, but better than Poplar. It will need seasoning (drying), and will weigh about 35 lbs per cu ft when dry, compared to Oak at 57 lbs per cu ft. Not bad wood, not the best.