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HSC Commerce (English Medium) १२ वीं कक्षा - Maharashtra State Board Question Bank Solutions

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A job production unit has four jobs P, Q, R, and S which can be manufactured on each of the four machines I, II, III, and IV. The processing cost of each job for each machine is given in the following table:

Job Machines
(Processing cost in ₹)
I II III IV
P 31 25 33 29
Q 25 24 23 21
R 19 21 23 24
S 38 36 34 40

Find the optimal assignment to minimize the total processing cost.

[15] Assignment Problem and Sequencing
Chapter: [15] Assignment Problem and Sequencing
Concept: undefined >> undefined

Slope of the tangent to the curve y = 6 – x2 at (2, 2) is ______.

[4] Applications of Derivatives
Chapter: [4] Applications of Derivatives
Concept: undefined >> undefined

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If X has Poisson distribution with parameter m and P(X = 2) = P(X = 3), then find P(X ≥ 2). Use e–3 = 0.0497.

P[X = x] = `square`

Since P[X = 2] = P[X = 3]

`square` = `square`

`m^2/2 = m^3/6` 

∴ m = `square`

Now, P[X ≥ 2] = 1 – P[x < 2]

= 1 – {P[X = 0] + P[X = 1]

= `1 - {square/(0!) + square/(1!)}`

= 1 – e–3[1 + 3]

= 1 – `square` = `square`

[16] Probability Distributions
Chapter: [16] Probability Distributions
Concept: undefined >> undefined

`sqrt((sump_1q_0)/(sump_0q_0)) xx sqrt((sump_1q_1)/(sump_0q_1)) xx 100`

[13] Index Numbers
Chapter: [13] Index Numbers
Concept: undefined >> undefined

Conditions under which the object function is to be maximum or minimum are called ______.

[14] Linear Programming
Chapter: [14] Linear Programming
Concept: undefined >> undefined

A department store has four workers to pack goods. The times (in minutes) required for each worker to complete the packings per item sold is given below. How should the manager of the store assign the jobs to the workers, so as to minimize the total time of packing?

Workers Packing of
  Books Toys Crockery Cutlery
A 3 11 10 8
B 13 2 12 12
C 3 4 6 1
D 4 15 4 9
[15] Assignment Problem and Sequencing
Chapter: [15] Assignment Problem and Sequencing
Concept: undefined >> undefined

If X – P(m) with P(X = 1) = P(X = 2), then find the mean and P(X = 2) given that e–2 = 0.1353

Solution: Since P(X = 1) = P(X = 2)

`(e^-mm^1)/(1!) = square`

∴ m = `square`

∴ mean = `square` = `square`

Then P(X = 2) = `square` = `square`

[16] Probability Distributions
Chapter: [16] Probability Distributions
Concept: undefined >> undefined

Find the equation of tangent and normal to the curve y = x2 + 5 where the tangent is parallel to the line 4x – y + 1 = 0.

[4] Applications of Derivatives
Chapter: [4] Applications of Derivatives
Concept: undefined >> undefined

If y = 2x2 + a2 + 22 then `dy/dx` = ______.

[3] Differentiation
Chapter: [3] Differentiation
Concept: undefined >> undefined

Laspeyre’s Price Index Number uses current year’s quantities as weights.

[13] Index Numbers
Chapter: [13] Index Numbers
Concept: undefined >> undefined

An agent places insurance for ₹ 4,00,000 on life of a person. The premium is to be paid annually at the rate of ₹ 35 per thousand per annum. Find the agent’s commission at 15% on the premium.

[9] Commission, Brokerage and Discount
Chapter: [9] Commission, Brokerage and Discount
Concept: undefined >> undefined

An agent was paid ₹ 88,000 as a commission on the sales of computers at the rate of 12.5%. If the price of each computer was ₹ 32,000, how many computers did he sell?

[9] Commission, Brokerage and Discount
Chapter: [9] Commission, Brokerage and Discount
Concept: undefined >> undefined

Calculate Marshall – Edgeworth’s price index number for the following data:

Commodity Base year Current year
Price Quantity Price Quantity
P 12 20 18 24
Q 14 12 21 16
R 8 10 12 18
S 16 15 20 25
[13] Index Numbers
Chapter: [13] Index Numbers
Concept: undefined >> undefined

Find `"dy"/"dx" if, e ^(5"x"^2- 2"X"+4)`

[3] Differentiation
Chapter: [3] Differentiation
Concept: undefined >> undefined

Find `dy/dx` if, `y=e^(5x^2-2x+4)`

[3] Differentiation
Chapter: [3] Differentiation
Concept: undefined >> undefined

Solve the following:

If y = `root5 ((3x^2 + 8x + 5)^4 ,)  "find"  "dy"/ "dx"`

[3] Differentiation
Chapter: [3] Differentiation
Concept: undefined >> undefined

Solve the following:

If`y=root(5)((3x^2+8x+5)^4),"find" (dy)/dx`

[3] Differentiation
Chapter: [3] Differentiation
Concept: undefined >> undefined

Evaluate `int1/(x(x-1)) dx`

[5] Integration
Chapter: [5] Integration
Concept: undefined >> undefined

Evaluate `int 1/(x(x-1))dx`

[5] Integration
Chapter: [5] Integration
Concept: undefined >> undefined

Evaluate `int(5x^2 - 6x+3)/(2x- 3 )dx`

[5] Integration
Chapter: [5] Integration
Concept: undefined >> undefined
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