Assuming it is 4cm x 4cm, then there would be 16 1cm x 1cm squares. * * * * * But, there are also 9 2cm x 2cm squares, 4 3cm x 3cm squares and 1 4cm x 4cm square. That makes 30 in all.
12 cc
That would have to be cubic cm. 216 of them.
YesIf a square has 2 sides, lengths 3cm and 4cm...3 x 4 = 12cm2
Square side 3cm. Rectangle 2cm x 4cm. Equilateral triangle side 4cm.
For it to be a right angle triangle the 3rd side must be 5cm
Assuming it is 4cm x 4cm, then there would be 16 1cm x 1cm squares. * * * * * But, there are also 9 2cm x 2cm squares, 4 3cm x 3cm squares and 1 4cm x 4cm square. That makes 30 in all.
24 cm3
Mean = sum(X)/n = 15cm/5 = 3cm
24cm. cubed
12 cc
That would have to be cubic cm. 216 of them.
YesIf a square has 2 sides, lengths 3cm and 4cm...3 x 4 = 12cm2
3 x 4 x 5 = 60cm3
To find the volume of a box, you multiply its length, width, and height. In this case, the box is 6cm long, 3cm wide, and 4cm high. Therefore, the volume of the box would be 6cm x 3cm x 4cm = 72 cubic centimeters.
Square side 3cm. Rectangle 2cm x 4cm. Equilateral triangle side 4cm.
To calculate the density, you need to know the mass of the object. Density is mass divided by volume. Once you have the mass, you can plug it into the equation with the given dimensions of 4cm x 2cm x 3cm to find the density in g/cm^3.