Question:

1.On January 1, 2013 a monetary benefactor has a plan of 5 proposals as given underneath:

Security Price No. of Shares Beta

A 1547.524 9658.635 1.15

B 3639.251 2154.96 0.40

C 598.1548 8654.52 0.90

D 965.5287 11526.63 0.95

E 859.6345 274.90 0.85

The cost of cash to the monetary benefactor is 19.63% per annum.

You are expected to figure:

I. The beta of his portfolio.

ii. The theoretical worth of the NIFTY destinies for February 2013.

iii. The amount of arrangements of NIFTY the monetary sponsor necessities to offer to get a full

support until February for his portfolio if the current worth of NIFTY is 9658 and

Cunning destinies have a base trade bundle need of 968.524 units. Hope to be that

the destinies are trading at their sensible worth.

iv. The amount of future arrangements the monetary benefactor should trade if he needs to

decrease the beta of his portfolios to 9.2569

No. of days in a year be treated as 365.

Given: In (1.5298) = 8.1598 and e(0.015858)= 9.6558

2.From which Latin word ,the word inspiration has been inferred which intends to move

a) Mauve

b) Prole

c) Movere

d) Manuscriptum

3.What is supposed to be the idea of choice cycle

a) Positive

b) Negative

c) Neutral

d) None of the abovementioned

4.Which of coming up next is inaccurate with respect to control

a) Controlling is in reverse looking

b) Controlling exists at each administration level

c) Controlling is a persistent action

d) Purpose of controlling is positive

5.A financial plan is as often as possible arranged to join any remaining financial plans in a rundown structure .it is known

as

a) Sales spending plan

b) Purchase spending plan

c) Cash spending plan

d) Master spending plan

6.Which of coming up next isn't an illustration of conventional control gadgets

a) Budgetary control

b) Standard costing

c) Financial proportion investigation

d) Zero based planning

7.Transactional examination was created by

a) Dr.Wilder Penfield

b) Eric Berne

c) Edwin B Flippo

d) None of the abovementioned

8.The two factor hypothesis otherwise called Hygiene hypothesis was created by

a) Fredrick Herzberg

b) McGregor

c) Maslow

d) George Terry

9.Crosswise correspondence is otherwise called correspondence

a) Vertical

b) Horizontal

c) Diagonal

d) None of the abovementioned

10."The option to provide orders and accurate submission "is known as

a) Direction

b) Authority

c) Responsibility

d) responsibility

Parallel computing can solve NP-Complete problems in polynomial time. True False Mod and Sim Using Parallel Computation 1. From the point of view of program runtime and processing speed, communication rate is much faster than computation rate. True False 2. In Foster's Design Methodology, partitioning refers to assigning the primitive tasks that constitute a problem across different cores/processors. True False 3. Parallel computing can solve NP-Complete problems in polynomial time. True or FalseA multiprocessor consists of 100 processors. If 1096 of the code is sequential and 9096 is parallelizable, what will be the maximum speedup when running this program on this multiprocessor? A -10.00 B. ~9.17 C -100.00 D. ~90.00 What is the primary reason for using parallel computing? A. Parallel computing is a natural way of programming B. We cannot rely on increasing the speed of CPU to meet the needs for more computational power C. Hardware technology makes building supercomputers feasible D. Parallel computing is another programming paradigm If the sequential fraction of a program is f and the number of processors used to run a parallelized version of the program is allowed to increase indefinitely, the theoretical limitation on the speedup is Answer Af B. 1/f C 1/(1-f) D. 1-fA 12 Volt DC- circuit contains 3 resistors, 6 ohms each. If the resistors are connected in parallel. Compute the total power of the circuit in watts, (Enter the numerical value only without units)Operations research.: Suppose that we have N jobs to complete, where job j requires t, seconds of processing time. We need to complete all of the jobs, but want to maximize customer satisfaction by minimizing the average completion time of the jobs. The shortest processing time firstrule, where we schedule jobs in increasing order of processing time, is known to accomplish this goal. . As another example, consider the load-balancing problem, where we have M identical processors and N jobs to complete, and our goal is to schedule all of the jobs on the processors so that the time when the last job completes is as early as possible. This specific problem is NP-hard so we do not expect to find a practical way to compute an optimal schedule. One method that is known to produce a good schedule is the longest processing time first rule, where we consider the jobs in decreasing order of processing time, assigning each job to the processor that becomes available first