# SBI PO MAINS Quantitative Aptitude Quiz: 15th June

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**SBI PO Quantitative Aptitude Quiz**

Here, we are providing **SBI PO Mains**Study plan as there is left not enough time to deal in details. The questions asked in the quantitative aptitude section are calculative and very time-consuming. But once dealt with proper strategy, speed, and accuracy, this section can get you the maximum marks in the examination. Following is the Quantitative Aptitude quiz to help you practice with the best of latest pattern questions

**Directions (1-5): Given below is the bar graph showing the production of cycles by 6 firms A, B, C, D, E and F in two consecutive year 2016 and in 2017.**

**Q1. What is difference between average production of cycle by all six firms in 2016 and 2017 ?**

320/6

340/6

430/6

335/6

343/6

**Q2. If production of cycles of firm C in 2018 increase by 37 ½ in comparison to previous year and production of firm D in 2018 increases by**

**in comparison to previous year then what is the sum of production of firm C and D together in 2018 ?**

1140

1320

1480

1460

None of these

**Q3. If**

**of total production of firm A in 2016 and**

**of total production of firm A in 2017 are unsold and ratio between total sold to unsold cycle of firm C in both the years together is 109 : 27. Then total unsold cycle from both the firm is what percent of total sold cycle from both the firm taken together? (approximately)**

31%

35%

21%

38%

25%

**Q4. What is ratio of production by firm B in 2016 and firm F in 2017 together to the production of firm B in 2017 and C in 2017 together ?**

10 : 17

10 : 13

9 : 10

10 : 11

5 : 6

**Q5. Total production cost of firm D in 2016 is Rs. 787500 and firm cost Rs. 125 on transport per cycle. In 2017 the total cost price is increases by**

**with respect to year 2016, then find cost price per cycle in 2017 of firm D? (in Rs.)**

2437.5

2337.5

2415.5

2435.5

None of these

**Directions (6-10):**In the given questions, two quantities are given, one as

**‘Quantity I’**and another as

**‘Quantity II’.**You have to determine relationship between two quantities and choose the appropriate option:

**Q6.**In a two digit number, digit at unit place exceeds, the digit in its tens place by 2 and the product of the required number with the sum of its digit is equal to 144.

**Quantity I:**Value of two digit number

**Quantity II:**26

Quantity I > Quantity II

Quantity I < Quantity II

Quantity I ≥ Quantity II

Quantity I ≤ Quantity II

Quantity I = Quantity II or No relation

Solution:

Quantity I

Let the number be 10x +y

Acc. to question

y = x + 2

and

(10x +y) (x+ y) = 144

(10x + x+ 2) (x+ x + 2) =144

(11x+ 2) (x +1) = 72

11x² + 13x + 2= 72

11x² + 13x – 70 = 0

11x² + 35x – 22x – 70 = 0

On solving x = 2

Number is 24

Quantity II > Quantity I

Let the number be 10x +y

Acc. to question

y = x + 2

and

(10x +y) (x+ y) = 144

(10x + x+ 2) (x+ x + 2) =144

(11x+ 2) (x +1) = 72

11x² + 13x + 2= 72

11x² + 13x – 70 = 0

11x² + 35x – 22x – 70 = 0

On solving x = 2

Number is 24

Quantity II > Quantity I

**Q7. Quantity I :**Days after which A and B meet. A and B set out to meet each other from two places 165 km apart. A travels 15 km the first day, 14 km second day, 13 km the third day and so on, B travels 10 km the first, 12 km the second day, 14 km the third day and so on.

**Quantity II:**Number of days required to complete the whole work if A, B and C can complete a piece of work in 10, 12 and 15 days respectively. A left the work 5 days before the work was completed and B left 2 days after A had left.

Quantity I > Quantity II

Quantity I < Quantity II

Quantity I ≥ Quantity II

Quantity I ≤ Quantity II

Quantity I = Quantity II or No relation

**Q8. Quantity I:**Present age of Randy, if 10 years are subtracted from the present age of Randy, then you would get twelve times of the present age of his grandson Sandy and Sandy is 19 years younger to Sundar whose age is 24.

**Quantity II:**Average age of the remaining persons in the group if average age of group of 14 persons is 27 years and 9 months. Two persons, each 42 years old, left the group.

Quantity I > Quantity II

Quantity I < Quantity II

Quantity I ≥ Quantity II

Quantity I ≤ Quantity II

Quantity I = Quantity II or No relation

**Q9. Quantity I:**Percentage profit earned by the shopkeeper if at the time of selling and purchasing he uses weights 10% less and 20% more per kilogram respectively and proffesses to all goods at 5% profit.

**Quantity II: ‘x’ ;**A book was sold for a certain sum and there was a loss of 20%. Had it been sold for Rs 12 more, there would have been a gain of 30%. ‘x’ would be value of profit percent if the book were sold for Rs 4.8 more than what it was sold for.

Quantity I > Quantity II

Quantity I < Quantity II

Quantity I ≥ Quantity II

Quantity I ≤ Quantity II

Quantity I = Quantity II or No relation

**Q10.**A group consist of 4 couples in which each of the 4 persons have one wife

**Quantity I :**Number of ways in which they could be arranged in a straight line such that the men and women occupy alternate positions

**Quantity II:**Eight times the number of ways in which they be seated around circular table such that men and women occupy alternate position.

Quantity I > Quantity II

Quantity I < Quantity II

Quantity I ≥ Quantity II

Quantity I ≤ Quantity II

Quantity I = Quantity II or No relation

Solution:

**Directions (11-15): What comes at the place of question (?) marks:**

**Q11. 15, 58, 274, 1088, 3260, ?**

6618

6518

6528

6538

6548

Solution:

Pattern is

×6–32, ×5–16, ×4–8, ×3–4, ×2–2

3260 × 2 – 2 = 6518

×6–32, ×5–16, ×4–8, ×3–4, ×2–2

3260 × 2 – 2 = 6518

**Q12. 28, ? , 1100, 2431, 4628, 8003**

377

375

373

361

371

Solution:

Pattern is

+(7)³, +(9)³, +(11)³, +(13)³, +(15)³

28 + 343 = 371

+(7)³, +(9)³, +(11)³, +(13)³, +(15)³

28 + 343 = 371

**Q13. 24, 60, ? , 276, 564, 1140**

136

134

132

138

140

Solution:

+36, +72, +144, +288, +576

60 + 72 = 132

60 + 72 = 132

**Q14. 16, 72, 252, ? , 945, 472.5**

630

635

640

650

660

Solution:

Pattern is

×4.5, ×3.5, ×2.5, ×1.5, ×0.5

252 × 2.5 = 630

×4.5, ×3.5, ×2.5, ×1.5, ×0.5

252 × 2.5 = 630

**Q15. 67, ? , 247, 271, 277, 277**

185

187

183

181

189

Solution:

Pattern is

5³–5, 4³–4, 3³–3, 2³–2, 1³–1

5³–5, 4³–4, 3³–3, 2³–2, 1³–1

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