Test Mode
Reading Mode
Right = 0
Wrong = 0
real
ideal
Newtonian
non-Newtonian
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 0
OPTION 4 : 0
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 0
OPTION 4 : 0
1/20
1/15
1/30
1/40
VOTE STATISTICS
OPTION 1 : 1
OPTION 2 : 0
OPTION 3 : 0
OPTION 4 : 0
profile
check
differential
a + c
VOTE STATISTICS
OPTION 1 : 1
OPTION 2 : 0
OPTION 3 : 0
OPTION 4 : 0
twice
half
four times
three times
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 0
OPTION 3 : 0
OPTION 4 : 1
P = Q
Q = R
Q = 2R
Q = 3R
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 0
OPTION 4 : 0
180°
- 180°
0°
90°
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 1
OPTION 4 : 0
low
high
moderate
atmospheric
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 2
OPTION 3 : 0
OPTION 4 : 0
fault calculation
stability study
system planning
frequency control
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 0
OPTION 3 : 1
OPTION 4 : 0
0.4
0.5
0.6
0.8
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 0
OPTION 4 : 0
Fewer but thin fins
Large number of thin fins.
Large number of thick fins
Fewer but thick fins
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 0
OPTION 4 : 0
0° & 45°
0° & 90°
0° & 120°
0° & 180°
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 0
OPTION 3 : 0
OPTION 4 : 1
1 : 2 : 5
1 : 3 : 7
1 : 4 : 8
1 : 5 : 9
VOTE STATISTICS
OPTION 1 : 0
OPTION 2 : 1
OPTION 3 : 0
OPTION 4 : 0
specific gravity = gravity x density
dynamicviscosity = kinematicviscosity x density
gravity = specific gravity x density
kinematicviscosity = dynamicviscosity x density
surface tension
adhesion
cohesion
viscosity
D.C. supply only
A.C. supply only
Battery supply only
All above
Filtration
Chlorine Tablets
Alums
Boiling
Using lime soda process
Excess lime treatment
lon exchange method
Using excess alum dosage
Aerobic attached growth system
Anaerobic attached growth system
Anaerobic suspended growth system
Aerobic suspended system
Promotion
