by getting the longest length and poking
yourself
Of the items on the given list, 4cm is the biggest.
The partner lengths for a line segment 8 cm long are 1cm + 7cm, 2cm + 6cm, 3cm + 5 cm, and 4 cm + 4cm
28 cm3
12cm
It is: 4*2 = 8 square cm
Of the items on the given list, 4cm is the biggest.
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.
8 cubic centimetre
lolololololololol
Mean = sum(X)/n = 15cm/5 = 3cm
by measuring it sides ( the length<L>, breath<B> and height<H>) and then multiplying them. e.g for a regular shape with length 2cm (centimeter), height 1cm and breath 4cm. from this we say L×B×H which will be in the case of the values above will be 2cm×4cm×1cm = 8cm3
2cm is equal to 20mm Likewise, 4cm is equal to 10mm Because these are measured in the metric system, they are nice and easy to convert. You can use this as a guide. 1km=1000m 1m=100cm 1cm=10mm
1cm + 6cm, 2cm +5cm, 3cm + 4cm all the partners that add up to 7cm.
It is impossible to answer this question because the question could refer to an object in 7-dimensional hyperspace or it could be an irregular heptagon (or other possible shapes in 3, 4 5 or 6 dimensions). In anything but 7-d space, its exact shape is indeterminate and so the area cannot be calculated. To understand the indeterminacy, a 2cm + 2cm + 2cm + 2cm shape could be a rhombus or a square, and these will have different areas. Without the angles, there is no way of knowing which.
Volume of a cuboid = widthxlengthxheight; therefore V = 2cm x 4cm x 1cm = 8cm3
A cylinder with a radius of 4cm and a height of 2cm has a volume of 100.53cm3
Any shape you want as long as the area within its boundary is 6cm2.examples:a triangle of base 6 cm and height 2 cm;a rectangle 2cm by 3 cm;an L shaped hexagon with sides 5cm, 2cm, 1cm, 1cm, 4cm, 1cm;circle of radius approx 1.382 cm;