100 centimetres = 1 metre so 35 cm = 35*(1/100) = 0.35 metres. Simple!
Chat with our AI personalities
It would take 1 billion years to travel 3500 kilometers if you were moving at a rate of 3.5 centimeters per year. This is found by converting the kilometers to centimeters to match the speed you're traveling.
If tectonic plates move at a rate of 2 cm per year, in 1000 years they would have moved a distance of 2000 cm, which is equivalent to 20 meters.
One BTU per hour is equal to approximately 0.00029307107 kilowatts. To convert 25,000 BTU per hour to cubic meters, you first convert it to watts (25,000 BTU/hr = approximately 7,328 watts). Then you can use the power formula, Power (W) = Volume flow rate (m^3/s) * Density of air (kg/m^3) * Specific heat of air (J/kg*K) * Temperature change (K) to calculate the volume flow rate in cubic meters.
A newton-meter (nm) is work, whereas kiloWatt (kW) is power. Power is the time rate of doing work, and 1 Watt is 1 n-m/sec. Thus, a kiloWatt is 1000 n-m/sec.
v = Air velocity ( m/s ) A = Cross-sectional Area ( m2 ) 1 m3 = 1000 L Q = v*A, where Q= volumetric flow rate Q = ( m/s ) * ( m2 ) = ( m3 / s ) Now to convert L/s, multiple by 1000 (Since: (m3/s)*(1000L/1m3) = L/s Example: Pipe inner radius = 1 m, air velocity = 10 m/s Q = (pi * 12)*(10) = 31.4159 m3/s *(1000 L/ 1m3)= 31415.9 L/s Hope this helps!