An infinite number of ways:
1*1*24, 1*2*12, 1*3*8, 1*4*6, 1*5*4.8, 1*7*(24/7), 1*9*(8/3), 1*10*2.4, etc
and then
1.1*1*24/1.1, 1.1*2*12/1.1, etc
and 1.01*1*24/1.01 etc
24 of them
10 cm cubed to make a litre.
There is no answer, one is an area the other a volume.
There is no sensible answer to this question. A cm cubed is a measure of volume and that cannot be converted to a linear measure, a cm.
A box with a volume of 14 cm3 has a capacity of 14 milliliters.
You cannot associate these directly as one is in volume and one is length. Volume is length cubed. If you meant millimetre cubed, then the answer would be 1000.
You can't associate volume and length. I'll make an assumption that you either meant millimetres cubed or millilitres. There are 100,000 millimetres cubed in a decilitre. There are 100 millilitres in a decilitre.
Infinitely many. Select any number A such that 0 < A ≤ cuberoot(24) = 2.8845 approx. Then let S = 24/A Next, let B be a number such that A ≤ B ≤ sqrt(S) and let C = 24/(A*B) Then it can be shown that A ≤ B ≤ C and a cuboid with sides of length A, B and C will ave a volume of A*B*C = 24 cm3. There are infinitely many possible values for A so that there are infinitely many possible cuboids.
24 of them
10 cm cubed to make a litre.
Volume of cube = 2*2*2 = 8 cm3 Volume of cuboid = 10*6*8 = 480 cm3 So number of cubes in cuboid = 480/8 = 60
There is no answer, one is an area the other a volume.
There is no sensible answer to this question. A cm cubed is a measure of volume and that cannot be converted to a linear measure, a cm.
You cannot directly compare volume and length. Volume is 3 dimensional length, i.e. length by width by height. If you happened to mean millimetres cubed, there are 1000 mm cubed in a millilitre.
There are 370 microliters in a volume of 370 mm3 of cobra venom.
A box with a volume of 14 cm3 has a capacity of 14 milliliters.
A cube with a volume of 8.61 cubic feet can hold 244 liters.