Related Questions

Accurate measurement of productivity in the service sector is really a complex task, For example, postal workers/often said to be more productive if more letters are delivered per postal worker, But is this really true? What if more letters are lost or delayed per worker at the same time that more are delivered? The doubt raised about in relation to measuring productivity in service sector is based on which of the following propositions?
A The quality of service is often ignored in measuring productivity
B Postal sector is perfect example of the service sector.
C An effort to measure productivity of the service workers is nothing but wastage of time.
D The delivery of letters is the primary activity of postal service
Dont make any noise, – ?
A should you
B will you
C would you
D could you
"Dont' laugh at the poor" which one of the following specifies the passive form of the sentence ?
A Let not the poor be laughed .
B Let the poor be not laughed at .
C Let not the poor be laughed at .
D Let not the poor are laughed at.
I'm really not interested in polities. I know-------to nothing about it.
A close
B near
C nearly
D next
Select the word that can be substituted for the quotation word. The teacher was so abstracted that she gave a 'perfunctory' evaluation of what was really an interesting solution to the problem she had set.
A philosophical
B Cursory
C Tangential
D Considered
I know that he will come. The "I know" part is ----
A an adverbial clause
B an adjective clause
C a noun clause
D a principle clause
'I (know) him since I joined the school '. In this sentence the right form of the verb 'know' is :
A am knowing
B have been knowing
C know
D known
In order to know whether a column is long or short, we must know its
A Ultimate shear stress of the column
B Factor of safety
C Torque resisting capacity
D Slenderness ratio
If you know the current anywhere in a series circuit, you know the current everywhere in a series circuit.
A True
B False
Which one of the following equations most directly determines the power dissipation of a resistance when you know the power dissipation of a resistance when you know the voltage drop and current?
A P = IE
B P = E2/R
C P = I2R
D I = P/E
E None of the above

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