LIC AAO Pre Quantitative Aptitude Quiz
Quantitative Aptitude is a very essential and scoring section of almost every competitive exam. Candidates appear to be having difficulty with Quantitative Aptitude Questions, so they need to practice more. To help you prepare better, we are providing you with the LIC AAO Pre Quantitative Aptitude Quiz. This LIC AAO Pre Quantitative Aptitude Quiz is based on the latest and updated pattern. Candidates will be furnished with a detailed explanation for each question in this LIC AAO Pre Quantitative Aptitude Quiz. This LIC AAO Pre Quantitative Aptitude Quiz is absolutely free of cost. This LIC AAO Pre Quantitative Aptitude Quiz will assist aspirants in achieving a good score in their upcoming examination.
Directions (1-5): Given below, the bar graph shows total manufacturing cost (Production expense + Raw material expense) of 1000 cars of five different companies and total revenue generated from these 1000 cars. Read bar carefully and answer the questions:
- Profit percentage of Mahindra is what percent more than the profit percentage of Toyota?
(a) 280%
(b) 360%
(c) 480%
(d) 320%
(e) 380%
- If raw material expense of Toyota and Tata are decreased by 10% and 15% respectively while the production expense and the revenue remain same. Then find the new profit of both companies together?
(a) 61 cr
(b) 71 cr
(c) 81 cr
(d) 91 cr
(e) 65 cr
- Find the average of profit share of all five companies?
(a) 25 cr
(b) 28 cr
(c) 30 cr
(d) 35 cr
(e) 40 cr
- Find the profit percentage of Honda and Maruti together?
(a) 212/13%
(b) 146/11%
(c) 70/3%
(d) 250/13%
(e) 123/7%
- If production expense of Mahindra is decreased by 14 2/7% and the raw material expense is increased by 30% and total revenue remained same. Then, find the new profit of Mahindra is what percent more than the previous profit?
(a)7/3%
(b)16/3%
(c)22/3%
(d)13/3%
(e) 10/3%
Directions (6-10): In each of these questions, two equations (I) and (II) are given. You have to solve both the equations and give answer
(a) if x>y
(b) if x≥y
(c) if x<y
(d) if x ≤y
(e) if x = y or no relation can be established between x and y.
(a) if x>y
(b) if x≥y
(c) if x<y
(d) if x ≤y
(e) if x = y or no relation can be established between x and y.
(a) if x>y
(b) if x≥y
(c) if x<y
(d) if x ≤y
(e) if x = y or no relation can be established between x and y.
(a) if x>y
(b) if x≥y
(c) if x<y
(d) if x ≤y
(e) if x = y or no relation can be established between x and y.
(a) if x>y
(b) if x≥y
(c) if x<y
(d) if x ≤y
(e) if x = y or no relation can be established between x and y.
