1. Convert the information given in the accompanying table from Sl units to U.S. Customary units Convert from SI Units To U.S. Customary Units miles/h and ft/s Bru/h and hp fr 120 km/h 1000 W 100 m 80 kg Ib. 1000 kg/m³ Ib_/fr' 900 N Ib, Ib,/in² ft/s 100 kPa 9.81 m/s

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
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ISBN:9781305084766
Author:Saeed Moaveni
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Chapter6: Fundamental Dimensions And Units
Section: Chapter Questions
Problem 1P
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Answer the following Problems from our reference book: Engineering Fundamentals
1. Convert the information given in the accompanying table from Sl units to U.S. Customary units
Convert from SI Units
To U.S. Customary Units
120 km/h
miles/h and ft/s
Bru/h and hp
ft
1000 W
100 m
80 kg
Ib
Ib /f
1000 kg/m
900 N
lb
100 kPa
Ib,/in?
th
9.81 m/s
ft/s
2. The angle of twist for a shaft subjected to twisting torque can be expressed by the following equation
TL
JG
where
6 = the angle of twist in radians
T- applied torque (N m)
L = length of the shaft in meter (m)
J = shaft's polar moment of inertia (measure of
resistance to twisting)
G = shear modulus of the material (N/m?)
What is the appropriate unit for J, if the preceding
equation is to be homogeneous in units?
Transcribed Image Text:Answer the following Problems from our reference book: Engineering Fundamentals 1. Convert the information given in the accompanying table from Sl units to U.S. Customary units Convert from SI Units To U.S. Customary Units 120 km/h miles/h and ft/s Bru/h and hp ft 1000 W 100 m 80 kg Ib Ib /f 1000 kg/m 900 N lb 100 kPa Ib,/in? th 9.81 m/s ft/s 2. The angle of twist for a shaft subjected to twisting torque can be expressed by the following equation TL JG where 6 = the angle of twist in radians T- applied torque (N m) L = length of the shaft in meter (m) J = shaft's polar moment of inertia (measure of resistance to twisting) G = shear modulus of the material (N/m?) What is the appropriate unit for J, if the preceding equation is to be homogeneous in units?
3. Calculate the second moment of area of a 2-in-diameter shaft about the x-x and y-y axes, as shown
y
4. Determine the natural frequency of a pendulum whose length is 5 m.
th
5.
Consider the piping system shown in the accompany-
ing figure. The speed of water flowing through the
4-in.-diameter section of the piping system is 3 ft/s.
What is the volume flow rate of water in the piping sys-
tem? Express the volume flow rate in ft'/s, gpm,
and L/s. For the case of steady flow of water through
the piping system, what is the speed of water in the
3-in.-diameter section of the system?
4 in.
3 ft/s
3 in.
Transcribed Image Text:3. Calculate the second moment of area of a 2-in-diameter shaft about the x-x and y-y axes, as shown y 4. Determine the natural frequency of a pendulum whose length is 5 m. th 5. Consider the piping system shown in the accompany- ing figure. The speed of water flowing through the 4-in.-diameter section of the piping system is 3 ft/s. What is the volume flow rate of water in the piping sys- tem? Express the volume flow rate in ft'/s, gpm, and L/s. For the case of steady flow of water through the piping system, what is the speed of water in the 3-in.-diameter section of the system? 4 in. 3 ft/s 3 in.
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ISBN:
9781305084766
Author:
Saeed Moaveni
Publisher:
Cengage Learning