q5(c) Using Rayleigh theorem, estimate an expression for the drag force on a smooth sphere of diameter, D moving with a uniform velocity, V in a fluid density, ρ and dynamic viscosity, μ. Refer to Table 5(c).
q5(c) Using Rayleigh theorem, estimate an expression for the drag force on a smooth sphere of diameter, D moving with a uniform velocity, V in a fluid density, ρ and dynamic viscosity, μ. Refer to Table 5(c).
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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q5(c) Using Rayleigh theorem, estimate an expression for the drag force on a smooth sphere of diameter, D moving with a uniform velocity, V in a fluid density, ρ and dynamic viscosity, μ. Refer to Table 5(c).
![TABLE Q5(c)
Dimensi (Dimesion)
No.
Kuantiti
Quartity
Sistem M-L-T
Sistem F-L-T
FInidamentd Quantities
Mass m
Knantiti Asasi
Jism m
M
FL-'T²
Panjang L
Masa t
Length L
Tìme t
T
Knantiti Geometrik
Luas A
Isipadu V
Momen inersia
Geometric Quaitifies
Area A
Volime V
B
4
L
5
L3
L3
Moment of tmertia
Kinematic Quaitifies
Linear velocity U, V
Angular velocity o
Rotational speed N
Acceleration a
6.
L4
L4
C
Knantiti Kinenatik
Halaju linea U, V
Halaju sudut a
Halaju putaran N
LT-
LT
T-1
T-1
T-1
T-1
LT-2
T-2
LT2
T-2
10
Pecutan a
Pecutan sudut a
Angular acceleration a
Flow rate Q
Gravity g
Kinemdic visCosity v
Strecan fiunction y
Circulaion I
11
Kadar alir Q
Graviti g
LT-
LT-2
LT-
LT-2
LT-I
L²T-1
LT-1
13
LT-I
L²T-1
LT-1
14
Kelikatan kinematik v
Fungsi arus y
Putaran
Vortisiti 2
15
16
17
Vorticity 2
Knantiti Dinaik
Daya F
Ketumpatan p
Berat tentu y
Kelikatan dinamik u
Tekananp
Tegasan ricih z
Modulus keanjalan E, K
Dynamic Quantities
Force F
Density p
Specific weight y
Dynconic viscosity i
Pressire p
Shea stress t
Modilis of elasticity E, K
MLT²
ML-3
18
F
FL-T?
FL
19
ML-T2
ML-'T-1
ML-'T-2
ML-'T-2
ML-IT-2
20
21
FL-T
22
FL2
23
FL2
24
FT
25
Momentum
Momentum
MLT-
FLT
Angular momenton
Moment of momention
WorkW
ML?T-1
ML?T-1
ML²T-2
ML²T-2
ML?T-2
26
Momentum sudut
FLT
27
Momen momentum
FL-T?
Kerja W
Temaga E
Torque T
28
FL
Energy E
Torque T
29
FL
30
FL
31
Kuasa P
Power P
ML?T-3
FLT-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F21abe973-5b31-4163-ae16-da6f3d813b8b%2Fee35aeff-1b96-4983-b030-00729015cd4f%2Fvokx9z_processed.jpeg&w=3840&q=75)
Transcribed Image Text:TABLE Q5(c)
Dimensi (Dimesion)
No.
Kuantiti
Quartity
Sistem M-L-T
Sistem F-L-T
FInidamentd Quantities
Mass m
Knantiti Asasi
Jism m
M
FL-'T²
Panjang L
Masa t
Length L
Tìme t
T
Knantiti Geometrik
Luas A
Isipadu V
Momen inersia
Geometric Quaitifies
Area A
Volime V
B
4
L
5
L3
L3
Moment of tmertia
Kinematic Quaitifies
Linear velocity U, V
Angular velocity o
Rotational speed N
Acceleration a
6.
L4
L4
C
Knantiti Kinenatik
Halaju linea U, V
Halaju sudut a
Halaju putaran N
LT-
LT
T-1
T-1
T-1
T-1
LT-2
T-2
LT2
T-2
10
Pecutan a
Pecutan sudut a
Angular acceleration a
Flow rate Q
Gravity g
Kinemdic visCosity v
Strecan fiunction y
Circulaion I
11
Kadar alir Q
Graviti g
LT-
LT-2
LT-
LT-2
LT-I
L²T-1
LT-1
13
LT-I
L²T-1
LT-1
14
Kelikatan kinematik v
Fungsi arus y
Putaran
Vortisiti 2
15
16
17
Vorticity 2
Knantiti Dinaik
Daya F
Ketumpatan p
Berat tentu y
Kelikatan dinamik u
Tekananp
Tegasan ricih z
Modulus keanjalan E, K
Dynamic Quantities
Force F
Density p
Specific weight y
Dynconic viscosity i
Pressire p
Shea stress t
Modilis of elasticity E, K
MLT²
ML-3
18
F
FL-T?
FL
19
ML-T2
ML-'T-1
ML-'T-2
ML-'T-2
ML-IT-2
20
21
FL-T
22
FL2
23
FL2
24
FT
25
Momentum
Momentum
MLT-
FLT
Angular momenton
Moment of momention
WorkW
ML?T-1
ML?T-1
ML²T-2
ML²T-2
ML?T-2
26
Momentum sudut
FLT
27
Momen momentum
FL-T?
Kerja W
Temaga E
Torque T
28
FL
Energy E
Torque T
29
FL
30
FL
31
Kuasa P
Power P
ML?T-3
FLT-
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