BCOC – 134: Business Mathematics and Statistics assignment
There is 3 section in the assignment
1 Section -A 50 marks
2 Section- B 30 marks
3 Section-C 20 marks
1. Those students who are appearing in June 2020 Term End Examination they have to submit latest by
in 15 March 2020.
2. Those students who are appearing in December 2020 exams. They should download the new
assignment and submit the same latest by 15 October 2020.
You have to submit the assignment of all the courses to the Coordinator of your Study Centre.
BCOC-134 |
Q1
Ans.
Firm A. Firm B
Average. 4800. 5100
Number of employees 100. 200
Total amount. 4800x 100 . 5100x200
480000. 1020000
The firm B pays large amount as wage.
1 (B)
To compare the variance,
we have to calculate coefficient of variation.
Cv. .= standard deviations/ mean x 100
S.d in firm a= 24
S.d in firm b=. 23
Mean in firm a= 4800
Mean in firm b = 5100
C.v. of firm a =. 24/ 48000x100
= 0.5
C.v of firm b = 23/ 5100x100
=0,45
The firm a has greater variability in the individual wages.
Q.9.
Ans
Mathematics an algebraic expression is an expression built up from integer constant, variables and
the algebraic operation and exponentiation by an exponent that is a rational number.
Monomial -. An algebraic expression that contain only one term is called a monomial
Binomial -. An algebraic expression that contain two terms is called a binomial.
Trinomial – an algebraic expression that contain three terms is called trinomial.
Quadrinomial -. An algebraic expression that contain four terms is called quadrinomial.
Multinomial – an algebraic expression that contain two or more terms is called multinomial.
Polynomial – an algebraic expression that contain one or more terms is called polynomial.
Q.10.
Ans –
Continuous compounding is the mathematical limit that compound interest can reach if it’s
calculated and reinvested into an account balance over a theoretically infinite number of periods.
While
this is not possible in practice , the concept of continuously compounded interest is important in
finance . It is an extreme case of compounding , as most interest is compounded on a monthly, quarterly, or semiannually basis.
Formula
Pv – the present value of the investment
I = the stated interest rate
N= the number of compounding periods
T= the time in years.
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