Physical Experiments : a Laboratory Manual
Physical Experiments : a Laboratory Manual
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III. PRESSURE TRANSMITTED i Principle IH Pressure exerted upon a fluid {liquid or gas) inclosed in a vessel^ is transmitted equally in all directions — the total pressure upon the walls of the vessel being proportional to the area.
See how the principle is illustrated in the exercises which follow.
ExPBBiMBNT 21. — Using a single pressure gauge con- taining mercury, find how much pressure in grams per square centimeter you can exert with your lungs ; connect 2 pressure gauges " in parallel " an...d note the pressure as indicated by each ; connect 3 pressure gauges " in parallel " and note the pressure as indicated by each. (See Fig. 18.) Fig. 18.
3i PHYSICAL EXPERIMENTS ExPEBiMENT 22. — ^Using the apparatus represented in Fig. 19, find how many pounds (or grams) may be raised by the pressure which you may exert from your lungs.
Fig. 19.
Calculate the area of the rubber cloth according to the formula (^r*). Consider the pressure exerted by the lungs 1^ pounds per square inch. What total pressure on the rubber cloth does this represent ?
What to read after Physical Experiments : a Laboratory Manual?
You can find similar books in the "Read Also" column, or choose other free books by Woodhull, John Francis, 1857- to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
III. PRESSURE TRANSMITTED i Principle IH Pressure exerted upon a fluid {liquid or gas) inclosed in a vessel^ is transmitted equally in all directions — the total pressure upon the walls of the vessel being proportional to the area.
See how the principle is illustrated in the exercises which follow.
ExPBBiMBNT 21. — Using a single pressure gauge con- taining mercury, find how much pressure in grams per square centimeter you can exert with your lungs ; connect 2 pressure gauges " in parallel " an...d note the pressure as indicated by each ; connect 3 pressure gauges " in parallel " and note the pressure as indicated by each. (See Fig. 18.) Fig. 18.
3i PHYSICAL EXPERIMENTS ExPEBiMENT 22. — ^Using the apparatus represented in Fig. 19, find how many pounds (or grams) may be raised by the pressure which you may exert from your lungs.
Fig. 19.
Calculate the area of the rubber cloth according to the formula (^r*). Consider the pressure exerted by the lungs 1^ pounds per square inch. What total pressure on the rubber cloth does this represent ?
What to read after Physical Experiments : a Laboratory Manual?
You can find similar books in the "Read Also" column, or choose other free books by Woodhull, John Francis, 1857- to read onlineMoreLess
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