90/60 = 1.5 & 88/60=1.47
1.5 + 1.47 x 106= 315 x .2327 = 74 g/m2
1.840 kg has a volume of 0.0015m3
Total weight of fabric = 1 sqr meter warp + 1 sqr meter weft Total weight of fabric = 60/20 x 25 + 60/20 x25Total weight of fabric = 150 GSM.60/20x25+60/30x25 Total weight of fabric =125 gsm
The volume is 0,62 L or 6,2 dL.
Different fabric woven to different pattern and design, such as plain organization show grain, twill organization show twill pattern, and stain organization show float long line. Organization expect to effect the outside pattern, and it's also effect the textile style and fabric's inner quality etc. such plain fabric strong, stain fabric smoothness and even and having gloss and soft on surface. Woven fabric density is textile weft and warp direction's unit length of the yarn count. Fabric density will effect such as strength/ flexible/ touch/ bone/ breathable and weaving breakage etc. thread count big, textile will be tighten/ stiff/ durable/ strong, thread count small , textile thin/ soft/ breathable great. Same density fabric adopt different yarn, thus fabric actual density will have difference. On the comparison of textile density, must considering the fineness of yarn and density, this is tighten degree, tighten degree is fabric's relative density, is warp(weft) yarn diameter to next two warp(weft) yarn average center distant ratio, using percentage express. More bigger on the ginwave tighten degree, the fabric stiffness bigger, creasing property decrease, anti plane abrasion property increase, anti foldable property decrease, touching harder, and tighten degree small, textile too scarce, and lack of bone. Must point out, textile 's warp tighten degree and warp tighten degree, total tighten degree interaction to each other; total tighten degree to some extent, warp and weft in the same tighten degree, the fabric more tighten, stiffness bigger; however warp bigger than weft , the fabric will be soft and great pendency. Warp and weft different in tighten degree will effect the fabric's ginwave breaking strength. By YULONG tex
To calculate the density of epiphytes per m2 of trunk, you would divide the number of epiphytes by the surface area of the trunk in square meters. This would give you the number of epiphytes per square meter of trunk. Density = Number of epiphytes / Surface area of trunk.
moire
First, you need to get the mass flow rates of all the fluids, then calculate the mass fraction for each of the components. cfluid1 = Mfluid1 / ( Mfluid1 + Mfluid2 + ... ) Next, you can calculate the mixture density as follows; rmix = 1 / ( cfluid1 / rfluid1 + cfluid2 / rfluid2 + ... ) Explanation of the descripstions used. Mfluidx = mass flow rate of fluid x cfluidx = mass fraction of fluid x rfluidx = density of fluid x rmix = density of the mixture (all fluids)
The moon has a remarkably low population density.
use centrifuge.. :)) How can you use centrifuge because sealing water density is 'One' and you will be feeding oil having density more than 'One'
One disadvantage of having a product made of wool is the itchiness of the fabric.
This object has a density of about 18.84 g/mL
Having a high density means that more atoms are packed into a smaller space. The most dense element in the Periodic table is Lead. Density can be calculated by dividing an object's mass by it's volume, as expressed by p = m/v.