How do you measure your volume of air/min?
401998
You can use a spirometer to do it. Please check out this link I am giving you, it will solve your problem. They have really done it well\nhttp://intranet1.sutcol.ac.uk:888/NEC/MATERIAL/PDFS/HUM_BIO/AS_HUMAN/23U2_T2.PDF\n(We can measure the volume of air moved by the lungs using a. spirometer . The ... air min. −1. with a breathing. rate of 18 breaths min ...)- excerpt from the site.
273925
The simplest way is spectography. if you are speaking of a breathalizer test it is via conductivity.
850613
This is used in a hospital to measure the volume of air in a persons lungs......people that suffer from respiratory problems.\nFYI....if a person is having an asthmatic attack and ends up in the emergency room....this machine can tell how much air is in the lungs.    It measures a persons exhaled carbon dioxide....thus determining the amount of air flow in the persons system.
437631
air...or dirt...or..hmm..how bout you go and find out
873959
Note that it also depends on frequency.\n\nhttp://en.wikipedia.org/wiki/Loudness
524937
look here\nhttp://education.yahoo.com/reference/weights_and_measures/index?p=volume
306252
You cannot convert Volume into weight, you need more information.\n=)
647307
Try the sonometer or the resonance experiment
544464
A hand held instrument called a velometer. It measures the pressure of the air against a tube and gives a digital readout. Feet per second, Meters per sec.
915631
Thea answer is basic:\nBecause one can measure mass to a higher degree of accuracy than volume.
1087751
The amount of air is the difference in volumes.\nA = V(r+1) - V(r) = (4/3)pi (r+1)^3 - (4/3)pi r^3\nA = (4/3)pi((r+1)^3 - r^3)
517321
cfm. Cubic feet per minute, a measure of air flow
837489
neglecting air resistance I hope!\n\ny=1/2at^2+vot+yo\n\na=32 ft/sec^2   you did mean sec^2?\n\nalso, v=at+vo  so we can find vo from this at time 2.1s when v=0\n\nfinally we insert 2.9 s into the first equation (yo= 0 too right?).
372456
To measure ohms, DCV, ACV, Amps or what????
569075
well i know with simple instructions!\n\nTo measure how much air your lungs can hold by making a spirometer.\nInstructions: Lung Capacity\n1\nWhat You Need\n• 2 or 3 liter plastic bottle\n• Large, deep bowl or plastic dishpan\n• Water\n• Masking tape\n• Measuring cup\n• 30 cm (1 foot) long piece of flexible tubing (aquarium tubing works well)\nTo Do and Observe\n1. Vertically attach a strip of masking tape to the plastic bottle, from the\nbottom to the top of it. Fill the measuring cup with 60ml of water. Pour\nthe water into the bottle. Mark the water level on the tape. Repeat until\nyou've marked to the top of the bottle.\n2. Fill the dishpan about 10cm (4 inches) high with water.\n3. Fill the plastic bottle to the top with water, and hold your fingers over the\nmouth of the bottle so the mouth is completely covered.\n4. Invert the bottle into the pan of water. Make sure you do not remove your\nfingers until the mouth of the bottle is completely submerged. Insert one\nend of the tubing into the mouth of the bottle.\n5. Take a breath and exhale completely into the open end of the tubing.\n6. Measure how much air is now in the bottle (count the marks). To calculate\nyour lung capacity, multiply the number of marks by 60ml. If your pan is not\ntoo full of water, you can repeat without filling the bottle back up.\nWhat's Going On\n• The amount of air you can hold in your lungs is called lung capacity, and\ncan be measured with a spirometer. Blowing air from your lungs into the\nbottle forces a measurable amount of the water out of the bottle, which\nadds to the volume of water in your pan. This method of measuring uses\ndisplacement – you're displacing a volume of water with a volume of air.\nInstructions: Lung Capacity\n• Displacement is often used when something can't be measured directly. What else could you\nmeasure using displacement?\nTips\n• Check for variations in lung capacity in people of different sizes (older students,\nyou). Ask your class to look for a correlation between body size and lung\ncapacity.\n• Have each participant test for a difference between a "normal" breath of air and\nan "expanded" deeper breath.
610945
Bubble meters are good ways of measuring small air flow rates. They are available from scientific equipment dealers. \n\nThe meter sets up a bubble film that goes straight across a clear plastic pipe. As the air moves through the pipe, the bubble film move up the pipe. Two detectors measure the time it takes for the film to travel up the pipe a certain distance. Knowing the time difference, the distance between the detectors, and the diameter of the plastic tube gives you the flow rate.  Once you see it working, the concept is pretty simple.
642620
I don't think you can convert that.\n\ngrams measure weight\ncups measurse volume