it means they are either thinking or agreeing with you
A millimeter (mm) is a thousandth of a meter (m). Thus, 3456.0 mm = 3.4560 m. And a hectometer (hm) is 100 m, or a meter is 1/100 hm, or 0.01 hm. Thus, 3456.0 mm = 3.4560 m = 3.4560/100 hm = 0.034560 hm.
By unit of length and distance and conversion ,we can say that 1 hm=100000 mm 78 hm=7800000 mm
1 hectometer = 100 m 1000 mm = 1 m ⇒ 1000 mm x 100 = 1 hm ⇒ 100000 mm = 1 hm ⇒ 9 mm = 9 mm ÷ 100000 hm = 0.00009 hm
hm: multiply by 105 dam: multiply by 104
There are 0.01 hectometers in 1 millimeter.
To find the surface area and volume of a cube with a side length of 6 mm, we first calculate the surface area (SA) as (SA = 6 \times (6 , \text{mm})^2 = 216 , \text{mm}^2) and the volume (V) as (V = (6 , \text{mm})^3 = 216 , \text{mm}^3). The ratio of surface area to volume is then ( \frac{SA}{V} = \frac{216 , \text{mm}^2}{216 , \text{mm}^3} = 1 , \text{mm}^{-1}). Thus, the ratio of surface area to volume is 1 mm(^{-1}).
An A4 size paper measures 210 mm by 297 mm. To calculate the perimeter, you use the formula for the perimeter of a rectangle, which is ( P = 2 \times (length + width) ). Therefore, the perimeter of an A4 paper is ( 2 \times (210 , \text{mm} + 297 , \text{mm}) = 2 \times 507 , \text{mm} = 1014 , \text{mm} ).
The measurements of 5.9 mm by 11 mm suggest a rectangular shape. To find the area, multiply the length by the width: ( 5.9 , \text{mm} \times 11 , \text{mm} = 64.9 , \text{mm}^2 ).
988.52 millimeters = 0.0098852 hectometers
To convert 1.2 Mm (megameters) to meters, you use the conversion factor where 1 Mm equals 1,000,000 meters (or (10^6) meters). Multiply 1.2 Mm by the conversion factor: [ 1.2 , \text{Mm} \times 1,000,000 , \text{m/Mm} = 1,200,000 , \text{m} ] Thus, 1.2 Mm is equal to 1,200,000 meters.
They measure distance.
The least count of a vernier depth micrometer can be calculated using the formula: [ \text{Least Count} = \text{Value of one main scale division} - \text{Value of one vernier scale division} ] Typically, for a depth micrometer, the value of one main scale division is 1 mm, and if the vernier scale has 10 divisions that equal 9 mm, the least count would be: [ \text{Least Count} = 1 , \text{mm} - \left(\frac{9 , \text{mm}}{10}\right) = 0.1 , \text{mm} , \text{or} , 0.01 , \text{cm}. ]