It is: 70cm+1m 40cm = 2m 10cm
Well, honey, 65cm plus 1m and 40cm equals 2m and 5cm. So there you have it, simple math for a simple question. Hope that clears things up for ya!
40cm
40cm
To tile a space that is 1m by 40cm, first convert the measurements to a common unit. 1m is equivalent to 100cm. So the space is 100cm by 40cm. To find the total area to be tiled, multiply the length by the width: 100cm x 40cm = 4000cm². Since each tile is 10cm x 10cm = 100cm², divide the total area by the area of each tile: 4000cm² ÷ 100cm² = 40 tiles. You would need 40 10cm square tiles to tile the space.
It is: 70cm+1m 40cm = 2m 10cm
Well, honey, 65cm plus 1m and 40cm equals 2m and 5cm. So there you have it, simple math for a simple question. Hope that clears things up for ya!
You have to be 1m 40cm. Plz recommend me
1m and 40cm or be 13
100cm = 1M40cm = 0.4M = 4/10
1 m = 100 cmAnswer: 40/100 or 2/5 meters
1m = 100cm so 60cm x 40 cm x 40 cm = .6m x .4m x .4m = .096m^2
40cm is 400mm
40cm
40cm
To tile a space that is 1m by 40cm, first convert the measurements to a common unit. 1m is equivalent to 100cm. So the space is 100cm by 40cm. To find the total area to be tiled, multiply the length by the width: 100cm x 40cm = 4000cm². Since each tile is 10cm x 10cm = 100cm², divide the total area by the area of each tile: 4000cm² ÷ 100cm² = 40 tiles. You would need 40 10cm square tiles to tile the space.
To determine how much water a cylinder can hold, you need to know its volume, which can be calculated using the formula ( V = \pi r^2 h ), where ( r ) is the radius and ( h ) is the height. However, you've only provided the height of the cylinder (1m 40cm, or 140cm). To give an accurate answer, the radius of the cylinder is also needed. Once both dimensions are known, you can compute the volume in cubic centimeters, which will equal the volume of water it can hold.