8000 cm is a linear distance.However, 8000 square cm is 0.8 square meter.(There are 10000 square centimeters in a square meter.)
100 cm= 1m, so (100 m) x (100 cm/m) = 10000 cm
When measuring linear meters of a product with a width, one ignores the width and measures the length as it comes off the role. Therefore 30 cm length is the sames a 0.3 linear meters. However, 30 cm x 30 cm, as specified in the question, is a measure of area and it makes no sense to try and convert an area into a length (linear measure).
280 cm 1 meter is 100 cm. 2.8 meter * 100 cm/meter = 280 cm
A cm (centimeter) is a hundredth of a meter, so 100 cm fit in a meter.
8000 cm is a linear distance.However, 8000 square cm is 0.8 square meter.(There are 10000 square centimeters in a square meter.)
100 cm= 1m, so (100 m) x (100 cm/m) = 10000 cm
When measuring linear meters of a product with a width, one ignores the width and measures the length as it comes off the role. Therefore 30 cm length is the sames a 0.3 linear meters. However, 30 cm x 30 cm, as specified in the question, is a measure of area and it makes no sense to try and convert an area into a length (linear measure).
1 meter is 100 cm
280 cm 1 meter is 100 cm. 2.8 meter * 100 cm/meter = 280 cm
A cm (centimeter) is a hundredth of a meter, so 100 cm fit in a meter.
You can't convert that.
There are: 775 cm = 7.75 meter
There is exactly 100 cm in a meter. (m)
A meter is a linear measurement, therefore 1 meter is the same as 1 linear meter.
Linear meters (Length) can not be converted to cubic meters (Volume)
The same as a meter. It is called "linear" to distinguish it from square or cubic meter, but the "linear" can really be omitted.The same as a meter. It is called "linear" to distinguish it from square or cubic meter, but the "linear" can really be omitted.The same as a meter. It is called "linear" to distinguish it from square or cubic meter, but the "linear" can really be omitted.The same as a meter. It is called "linear" to distinguish it from square or cubic meter, but the "linear" can really be omitted.