Very slightly, yes - the kinetic motion of the fluid is parasitic - a small amount of heat is generated by friction and fluid drag and the more you shake, the more energy is added to the fluid.
increase as the minute ventilation is the amount of carbon dioxide
This question is not specific enough to answer. If we knew which type of flow rate you were speaking of we could answer this. For example there is a volumetric flow rate which is the volume of fluid that passes through any given surface per unit time.
Boiling, if the liquid is at that temperature point of phase transition.[Actually the bubbles will appear at the hottest point in the liquid. In a microwave oven, they will indeed appear throughout the liquid.]If the liquid is like champagne or soda water, containing compressed or dissolved gas, then the bubbles will originate at the inner surface of the bottle (or tumbler). They will form at minute imperfections (or dots of uncleanness) on the glass surface.This type of bubble formation is called exolving - a variant of dissolving or evolving.
Temperature readings are in degrees and decimal fractions of a degree.'Seconds' relate to period of time, one sixtieth of a minute.'Seconds' also relate to angles, where a circle is divided into 360 degrees, each degree is divided into minutes, and each minute can be divided into seconds.Temperature readings cannot be converted to seconds, because seconds relates to time or angles, not temperature.Of course, if temperature is changing over time, the rate of change can be shown by how many degrees per second it may be changing.
It is a measure of how much force is exerted. It is a volumetric radiation force. It can be converted to cubic feet.
Celsius is a measure of temperature, while watts is a measure of power. You cannot convert between them.watts can produce heat that measure temperature, you can compute the increase of termperature per minute, the higher the wattage, the greater increase of temperature per minute will be.
(7 * 45) + 70 = 385
T= 42M + 70 Where T is temperature and M is minutes
It was a 12.5% increase.
927 cfm
increase as the minute ventilation is the amount of carbon dioxide
If those 4.9 grams of mass fill 15.0 milliliters of space right now, this minute, then the density of the substance is 4.9/15 = 0.3267 grams per cm3 right now, this minute, regardless of the temperature. If the temperature changes, its volume will change, and so will its density.
Increase pitch or increade piping diameter
in order to increase the amount air moving through the lungs every minute, you need to perform some sort of acute exercise which will also increase your breathing rate and heart rate.
yes
Improves Lung funtion
In general, chemical reaction rates can be increased by the use of catalysts, and often by increasing the temperature.