Relative Equilibrium of Liquids

Question 1

If there is no spillage, the rotation of the liquid is at-

Answer 1

The intersection of the centerline and the liquid surface

Question 2

Other term for Reverse Effect Force

Answer 2

Accelerating force

Question 3

REF (Reverse effect force) formula

Answer 3

REF= ma

Where m = density x volume

Can also be= REF= F rear - F front

Question 4

Volume spillage formula

Answer 4

Vspill= V original - V left

Question 5

Orientation of water: Case 2 theta at floor

Answer 5

alpha < theta

Question 6

Orientation of water: Case 1 (theta at wall)

Answer 6

alpha > theta

Question 7

Horizontal acceleration: tool formula

Answer 7

tan theta = a / g

Question 8

Imaginary liquid line or the representation of the pressure head

Answer 8

Hydraulic grade line

Question 9

Vertical Motion Formula Tool

Answer 9

P = unit weight x h (1+/- a/g)

Question 10

Vertical motion sign convension

Answer 10

Positive - upward motion
Negative - downward motion

Question 11

What is the scenario if height of water is greater than or equal to H/2 (H= height of vessel)

Answer 11

More than half-full

Max height: y = 2d

Question 12

What is the scenario if height of water is less than to H/2 (H= height of vessel)

Answer 12

Less than half-full

Max height: y = H^2 / 2h

Question 13

RPM (Revolution per minutes) conversion to rad per second

Answer 13

= pi/30

Question 14

Slope of the water surface (rotational motion)

Answer 14

tan theta = (omega^2r)/ g

tan theta = slope

Question 15

Slope of Paraboloid

Answer 15

Formula

Question 16

Height of Paraboloid

Answer 16

Formula

Question 17

SPOP - Squared Property of Parabola

Answer 17

Formula

Question 17

Volume of Parabola

Answer 17

Volume Spill

Question 18

In an open cylindrical vessel, if the vessel is without spill and h > H/2, what is the scenario?

Answer 18

More than half-full scenario

y=2d

Question 19

In an open cylindrical vessel, if the vessel is without spill and h < H/2, what is the scenario?

Answer 19

Less than half-full scenario

y = H^2/2h

Question 20

Closed cylindrical tank without air space formula

Answer 20

Formula

Question 21

In closed cylindrical tank, if y < H^2 /2d what is the case?

Answer 21

Case 1 : Formula

Question 22

What is the y1 formula of closed cylindrical tank case 3?

Answer 22

Formula

Question 23

In closed cylindrical tank, if y = H^2 /2d what is the case?

Answer 23

Case 2: Formula

Question 24

In closed cylindrical tank, if y > H^2 /2d what is the case?

Answer 24

Case 3: Formula

Question 25

Volume Spill in rotational motion

Answer 25

Vspill = V air_final - V air_initial