E Which is the more' sensitive temperature scale, or the scale that changes most with the same change in temperature-the Fahrenheit or Celsius scale? Consider both scales to be indexed in one-degree increments.
E Which is the more' sensitive temperature scale, or the scale that changes most with the same change in temperature-the Fahrenheit or Celsius scale? Consider both scales to be indexed in one-degree increments.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![*c. -40°C to °F
d. -86°C to K (no degree symbol is used with the absolute zero Kelvin scale)
e. 1024°C to K
6. Which is the more' sensitive temperature scale, or the scale that changes most with the same
change in temperature-the Fahrenheit or Celsius scale? Consider both scales to be indexed in
one-degree increments.
7. For the circuit of Figure 5.15, solve for the current (I). Use Ohm's law:
V
8. In a 22.4 L bottle at standard pressure and temperature, 6.02 X 103 molecules exist. This num-
ber, 6.02 X 10-", represents the Avogadro number of molecules in one mole of the gas. To
understand this extremely large number, calculate how long (in years) it would take to empty
the bottle if one million molecules flow out of the bottle each second.
Section 5.2
e. Establish unit ratios for the following desired conversions: (a) seconds to minutes; (b) pounds
to slugs; (c) feet to inches; (d) meters to centimeters; (e) amperes to milliamperes (mA).
Example
Seconds
Minutes
1 min
Minutes, and the unit ratio is
%3D
Seconds
60 s
Perform the following conversions (write unit ratios and show all four steps as outlined in the text):
a. 7.83 ft to inches
C. 5'6" to inches
b. 6'4" to feet
d. 65 statute miles to yards](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F515da943-a735-4865-b311-aa32731291a5%2F110a8dbb-fba8-4f9d-bffb-2f3b82c7bbb2%2Fcadby2d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:*c. -40°C to °F
d. -86°C to K (no degree symbol is used with the absolute zero Kelvin scale)
e. 1024°C to K
6. Which is the more' sensitive temperature scale, or the scale that changes most with the same
change in temperature-the Fahrenheit or Celsius scale? Consider both scales to be indexed in
one-degree increments.
7. For the circuit of Figure 5.15, solve for the current (I). Use Ohm's law:
V
8. In a 22.4 L bottle at standard pressure and temperature, 6.02 X 103 molecules exist. This num-
ber, 6.02 X 10-", represents the Avogadro number of molecules in one mole of the gas. To
understand this extremely large number, calculate how long (in years) it would take to empty
the bottle if one million molecules flow out of the bottle each second.
Section 5.2
e. Establish unit ratios for the following desired conversions: (a) seconds to minutes; (b) pounds
to slugs; (c) feet to inches; (d) meters to centimeters; (e) amperes to milliamperes (mA).
Example
Seconds
Minutes
1 min
Minutes, and the unit ratio is
%3D
Seconds
60 s
Perform the following conversions (write unit ratios and show all four steps as outlined in the text):
a. 7.83 ft to inches
C. 5'6" to inches
b. 6'4" to feet
d. 65 statute miles to yards
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