The volume is 9,06 L.
A 1 mole glucose solution means that there would be 1 mol/liter. There is only .075 liters, so there is only .075 moles present. .075 moles in 400 milliliters is a .075 to .4 ratio. By expanding the ratio, it is found that there are .1875 moles to 1 liter, making the final concentration 0.1875 M.
.075 is a larger amount
That the part, piece or item is .925 silver and .075 other metals.
Usually it is copper but it can be a combination depending on the hardness wanted. .925 sterling has .075 of solute.
C1 x V1 = C2 x V2 .266 M x V1 = .075 M x 150 mL V1 = (.075 M x 150 mL)/.266 M = 42.3 mL
125 is more than 075, so 125 mg is more than 075 mg.
1m times 5m times 6m
i think its $ 0.075
.075 = 3/40 as a fraction in its simplest form
A 1 mole glucose solution means that there would be 1 mol/liter. There is only .075 liters, so there is only .075 moles present. .075 moles in 400 milliliters is a .075 to .4 ratio. By expanding the ratio, it is found that there are .1875 moles to 1 liter, making the final concentration 0.1875 M.
Is 0.15 percent more than .075 percent?
If 075 mcg is 0,075 microgram and the liquid is water the voume is 0,075 microlitres.
.075
No.
.075
.075
75mg