15/.735=whatever.
Everything else (temperature, atmospheric pressure, environment) being the same, the only factor you need to consider is the (relative) densities of H2O and Hg. The density of water = 1 g.cm-3 at T=20oC and 1 standard atm. The density of Hg = 13.5 g.cm-3. Hence, the pressure for a column of H2O 40 cm high in vacuum is the same as that for a column made of 40 [cm] / 13.5 = 2.96 cm of liquid Hg in vacuum. * Note that the atmospheric pressure is indicated by the height of the liquid in an inverted tube (open-end facing down) with a (partial) vacuum at the top of the tube. =====================
The growth of a bean plant can vary, but on average it can grow around 10-15 cm in 3 weeks under optimal conditions. Factors such as species of bean plant, soil quality, sunlight, and water availability can all affect the rate of growth.
To find the mass of the copper sheet, calculate the volume first: 30.0 cm * 20.0 cm * 0.10 cm = 60.0 cm^3. Then, multiply the volume by the density to get the mass: 60.0 cm^3 * 8.9 g/cm^3 = 534 grams of copper.
Rain gauges come in varying sizes, but a common size is around 8-12 inches (20-30 cm) in height and 4-6 inches (10-15 cm) in diameter. The actual opening where rain is collected is typically around 4-6 inches (10-15 cm) in diameter.
The tundra typically receives around 6-10 inches (15-25 cm) of precipitation per year, mainly in the form of snow. This low precipitation amount is due to the cold temperatures and the limited capacity of the atmosphere to hold moisture in polar regions.
the peak pressure on a ventilator reads 40 cm h20 what is the equivalent pressure in mm hg?
15 feet is 457.2 cm
1 metre = 100 cm Therefore 15 meters = 15*100 = 1500 cm
15 feet = 457 cm
yeah.
1500cm
1500 cm = 15 meters 15 meters = 0.015 km
15 cm = 5.90551 "15 cm = 5.90551 "15 cm = 5.90551 "15 cm = 5.90551 "15 cm = 5.90551 "15 cm = 5.90551 "
915cm
150 mm = 15 cm
.15 meters.
1 metre / 15 centimetres = 100 cm / 15 cm = 6.66... recurring.