Related Questions

Compensated hypovolaemic shock is characterized by
A Normal respiratory rate
B Tachycardia
C Anxiety
D Hypotension
E Low urine output
Compensated hypovolemic shock is characterized by
A Normal respiratory rate
B Tachycardia
C Anxiety
D Hypotension
E Low urine output
Clinical features of compensated shock are
A Lactic acidosis
B Increased pulse rate
C Decreased blood pressure
D Increased respiratory rate
E Decreased urine output
Following are clinical feature of compensated shock
A Lactic Acidosis
B Increased pulse rate
C Decreased blood pressure
D Increased respiratory rate
E Decreased urine output
(i)Participation involves more than the formal sharing of decisions. (ii)through anticipation , individuals . or organizations consider trends and make plans , shielding institutions from trauma of learning by shock. (iii) Innovative learning involves both anticipation and participation . (iv) It is an attitude characterized by cooperation. dialogue and empathy.
A (ii) + (iii) + (i) + (iv)
B (i) + (ii) + (iv) + (iii)
C (iv) + (i) + (iii) + (ii)
D (iii) + (ii) + (i) + (iv)
Shock is characterized by
A Hypoperfusion
B Cellular hypoxia
C Loss of vascular tone
D Hypertension
E Increased cardiac output
A moving iron ammeter may be compensated for frequency errors by
A A shunt resistance
B A series inductance
C Shunt capacitance
D Series resistance
In case of conductively compensated D.C. series motors, the compensating winding is provided
A As separately wound unit
B In parallel with armature winding
C In series with armature winding
D In parallel with field winding
The voltage drop, for constant voltage transmission is compensated by installing
A Inductors
B Capacitors
C Synchronous motors
D All of above
The purpose of stator winding in the compensated repulsion motor is to
A provide mechanical balance
B improve power factor and provide better speed regulation
C prevent hunting in the motor
D eliminate armature reaction

Next steps