IBPS Clerk Quantitative Aptitude Quiz: 29th October 2019

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IBPS Clerk Prelims Quantitative Quiz

With the increasing level in exams, quantitative aptitude has become the ineluctable hitch. Generally, questions asked in this section are calculative and lengthy that consumes your time. This subject can do wonders if you always keep a check on your accuracy, speed and time. Accuracy is what matters the most. Attempt this quantitative aptitude quiz and check your performance for the upcoming IBPS Clerk Prelims Study Plan 2019. Following is the quiz of 29th October, that inculcate the important topics of quantitative apptitude.

Directions (1-5): – What approximate value should come in place of questions mark (?) in the following questions?

(a)1400
(b)1500
(c)1450
(d)1320
(e)1520

(a)2
(b)5
(c)7
(d)3
(e)4

(a)0
(b)2
(c)3
(d)1
(e)5

(a)5
(b)12
(c)17
(d)7
(e)13

(a)1
(b)5
(c)7
(d)2
(e)4

Direction (6-10); Find wrong number in the given series?

Q6. 3, 7, 23, 59, 123, 221, 367
(a) 367
(b) 23
(c) 3
(d) 221
(e) 7

Q7. 8, 5, 7, 18, 80, 656, 10532
(a) 656
(b) 8
(c) 5
(d) 7
(e) 10532

Q8. 56, 70, 96, 154, 266, 490, 938
(a) 266
(b) 96
(c) 490
(d) 70
(e) 154

Q9. 132, 130, 126, 118, 102, 70, 8
(a) 70
(b) 130
(c) 8
(d) 126
(e) 132

Q10. 7, 21, 53, 101, 165, 245, 341
(a) 245
(b) 7
(c) 341
(d) 21
(e) 53

Q11. The ratio between the curved surface area and total surface area of right circular cylinder is 3 : 5. If the volume of the cylinder is , then find the curved surface area of the cylinder.

Q12. The ratio between sides of a square & an equilateral triangle is 5 : 3. The area of triangle is 36√3 m², Find the perimeter of square.
(a) 80 m
(b) 96 m
(c) 100 m
(d) 64 m
(e) 120 m

Q13. A metal cube having side of 8 m is melted and rerated into 64 small cubes. Find the surface area of single small cube.
(a) 36 m²
(b) 24 m²
(c) 20 m²
(d) 25 m²
(e) 32 m²

Q14. A goat is bound at one corner of a square field of side 20 m. If the length of rope is 7/10 time of that of side of field then find area grazed by goat .
(a) 54 m²
(b) 124 m²
(c) 154 m²
(d) 254 m²
(e) 196 m²

Q15. Find the maximum length of a rod which can be placed inside a room of size 8m × 9m × 12m.
(a) 14 m
(b) 15 m
(c) 19 m
(d) 17 m
(e) 21 m

Solutions