* 10.108 Early one cool ( 60 .0 °F ) morning you start on a bike ride with the atmospheric pressure at 14 .7 lb in . -2 and the tire gauge pressure at 50 .0 lb in . -2 . (Gauge pressure is the amount that the pressure exceeds atmospheric pressure.) By late afternoon, the air had warmed up considerably, and this plus the heat generated by tire friction sent the temperature inside the tire to 104 °F . What will the tire gauge now read, assuming that the volume of the air in the tire and the atmospheric pressure have not changed?
* 10.108 Early one cool ( 60 .0 °F ) morning you start on a bike ride with the atmospheric pressure at 14 .7 lb in . -2 and the tire gauge pressure at 50 .0 lb in . -2 . (Gauge pressure is the amount that the pressure exceeds atmospheric pressure.) By late afternoon, the air had warmed up considerably, and this plus the heat generated by tire friction sent the temperature inside the tire to 104 °F . What will the tire gauge now read, assuming that the volume of the air in the tire and the atmospheric pressure have not changed?
*10.108 Early one cool
(
60
.0 °F
)
morning you start on a bike ride with the atmospheric pressure at
14
.7 lb in
.
-2
and the tire gauge pressure at
50
.0 lb in
.
-2
. (Gauge pressure is the amount that the pressure exceeds atmospheric pressure.) By late afternoon, the air had warmed up considerably, and this plus the heat generated by tire friction sent the temperature inside the tire to
104 °F
. What will the tire gauge now read, assuming that the volume of the air in the tire and the atmospheric pressure have not changed?
Draw the product of the reaction
shown below. Ignore inorganic
byproducts.
H
conc. HBr
Drawing
Q
Calculate the atomic packing factor of diamond knowing that the number of Si atoms per cm3 is 2.66·1022 and that the atomic radii of silicon and oxygen are, respectively, 0.038 and 0.117 nm.
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