Neither.
1 gram is a measure of mas while 10 cm3 is a measure of volume. The two measure different things and, according to elementary dimensional analysis, comparisons between the two are not valid.
10g of air at normal temperature and pressure will occupy a lot more space than 10 cm3. On the other hand 10 gram of iron will occupy a lot less space.
100 g / 10cm^3 = 10g/cm^3
density = mass ÷ volume = 30 g ÷ 10 cm3 = 3 g/cm3
10g = 0.022 (0.0220462) lbs.
0.4 m3 equals (0.4*10^3) dm3, which equals (0.4*10^6) cm3 = 400 000 cm3 ~NajN
12 cm3 is bigger.
Well, darling, let me break it down for you. The first scenario has 20g of alkali in 250 cm3, which gives you 0.08g/cm3. The second scenario has 10g of alkali in 500 cm3, which gives you 0.02g/cm3. So, the first scenario is more concentrated, honey.
100 g / 10cm^3 = 10g/cm^3
10g stands for 10 grams.
The density of the liquid can be calculated by dividing the mass (10g) by the volume (10.8 cm³), which would result in 0.93 g/cm³.
12 cm3
.10g/cm3
To calculate density, divide the mass (200g) by the volume. First, calculate the volume by multiplying the width (10g), height (2cm), and length (10cm) together to get 200 cm³. Then, divide the mass by the volume (200g / 200 cm³) to get a density of 1 g/cm³.
The volume of a sphere with a diameter of 5 cm can be calculated as V = (4/3)πr^3, where r = 2.5 cm. Given the mass of 10g, the density ρ = mass/volume = 10g / [(4/3)π(2.5)^3 cm^3]. Calculate the density using this formula to obtain the answer in g/cm^3.
They are the exact same amount.
The density of the outer core is between the 10g/cm³ and 12,3g/cm³.
1 cm3= 1 ml so 10,000 cm3= 10,000 mL = 10 Litres.1 cm3= 1 ml so 10,000 cm3= 10,000 mL = 10 Litres.1 cm3= 1 ml so 10,000 cm3= 10,000 mL = 10 Litres.1 cm3= 1 ml so 10,000 cm3= 10,000 mL = 10 Litres.
10 000 cm3