Semester 1: Equations Flashcards

1
Q

How can Cartesian coordinates be written in terms of plane polar coordinates?

A
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2
Q

What are the unit vectors for plane polar coordinates in Cartesian coordinates?

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3
Q

How can cylindrical coordinates be written in terms of Cartesian coordinates?

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4
Q

How can Cartesian coordinates be written in terms of cylindrical coordinates?

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5
Q

What are the unit vectors for cylindrical coordinates in Cartesian coordinates?

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6
Q

How can spherical polar coordinates be written in terms of Cartesian coordinates?

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7
Q

How can Cartesian coordinates be written in terms of spherical polar coordinates?

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8
Q

What are the unit vectors for spherical polar coordinates in Cartesian coordinates?

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9
Q

What is the equation for the dot product?

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10
Q

What is the equation for the cross product?

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11
Q

What is the equation for the del operator?

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12
Q

What is the equation for the del operator in cylindrical coordinates?

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13
Q

What is the equation for the del operator in spherical polar coordinates?

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14
Q

What is the equation for the Laplacian operator?

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15
Q

What are the three types of line/path integral?

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16
Q

What is the equation for flux?

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17
Q

What is the equation for the divergence theorem?

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18
Q

What is the equation for Stoke’s theorem?

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19
Q

What is the equation for vorticity?

A

ζ = vorticity
v = fluid velocity

20
Q

What is the equation for circulation?

A

Γ = circulation
v = fluid velocity

21
Q

What is the equation that relates vorticity and circulation?

22
Q

What is the equation for the velocity of a forced vortex?

A

v = velocity
ρ = distance from origin
ω = angular speed

23
Q

What is the equation for the angular momentum of a free vortex?

A

L = angular momentum (= Iω)
I = moment of inertia
ω = angular speed
m = mass
ρ = distance from origin
v = velocity

24
Q

What is the continuity equation for an incompressible fluid flowing between two tubes?

A

ρ = density
v = fluid velocity
A = area of flow tube

25
Q

What is the continuity equation for a steady flow?

26
Q

What is the equation for the steady flow of an incompressible fluid in two dimensions (the x-y plane)?

A

u = velocity in x direction
v = velocity in y direction

27
Q

What are the equations for the two velocity components of a stream function?

28
Q

What is the equation for the slope of a streamline?

29
Q

What are the three ways that the calculus version of the continuity equation can be written?

30
Q

What is the calculus version of the continuity equation?

A

ρ = density
t = time
v = fluid velocity

31
Q

What is the continuity equation for a steady, incompressible flow?

32
Q

What is the continuity equation for a steady, incompressible flow?

33
Q

What is the Laplace equation?

A

v = fluid velocity
F = scalar function

34
Q

What is the equation for the fluid velocity of a line source in 2D?

A

v = fluid velocity
m = mass

35
Q

What is the equation for the fluid velocity of a 3D source?

A

v = fluid velocity
m = mass

36
Q

What is the equation for the velocity of a free vortex?

A

v = velocity
k = constant
ρ = distance from origin

37
Q

What is the equation for the acceleration of a particle?

A

a = acceleration
v = velocity
t = time

38
Q

What is the equation for acceleration in terms of the del operator?

A

a = acceleration
v = velocity
t = time

39
Q

What is the equation for a small change in the force acting on a small mass of fluid due to gravity?

A

f = force
M = mass
g = acceleration due to gravity

40
Q

What is the equation for a small change in the force acting on a small mass of fluid due to pressure?

A

f = force
p = pressure
S = area

41
Q

What is the formula for the Euler equation?

A

ρ = density
v = velocity
t = time
g = acceleration due to gravity
p = pressure

42
Q

What is the formula for the Bernoulli equation?

A

ρ = density
v = velocity
g = acceleration due to gravity
p = pressure

43
Q

What is the equation for dynamical viscosity

A

µ = dynamical viscosity
F = force
A = area
v = velocity
d = distance

44
Q

What is the equation for the Reynolds number?

A

Re = Reynolds number
ρ = density of fluid
v = mean velocity of fluid relative to surface
L = characteristic linear dimension (e.g. pipe radius)
µ = dynamic viscosity

45
Q

What is the formula for the Navier-Stokes equation in vector form?

A

ρ = density of fluid
v = velocity
t = time
µ = dynamic viscosity
f = body forces per unit volume

46
Q

How can plane polar coordinates be written in terms of Cartesian coordinates?