Quadratic Equation & Tabular DI II Quantitative Aptitude II MH-CET 2021 II 2 August
Attempt now to get your rank among 223 students!
Question 1
Direction: In the following question two equations are given in variables x and y. You have to solve these equations and determine relation between x and y.
I. 4x2 + 8x + 3 = 0 II. 3y2 + 29y + 56 = 0
Question 2
Direction: In the following question two equations are given in variables X and Y. You have to solve these equations and determine the relation between X and Y.
I. x2 − 15x + 44 = 0
II. y2− 11y + 30 = 0
Question 3
Direction: In the following question two equations are given in variables x and y. You have to solve these equations and determine relation between x and y.
I. II.
Question 4
Direction: In the following question two equations are given in variables x and y. You have to solve these equations and determine relation between x and y.
I. x2 + 7x + 12 = 0 II. y2 + 5y + 6 = 0
Question 5
Direction: In the following question two equations are given in variables X and Y. You have to solve these equations and determine relation between X and Y.
I. 5x2- 24x +16 = 0 II. 5y2 + 29y + 20 = 0
Question 6
Direction:Study the following table carefully and answer the questions below it. Table given below shows the number of mobile phones in five different stores in a year and percentage of 6 GB RAM mobile phones in each store.
Note: Total mobile phones in each store = 4 GB RAM mobile phones + 6 GB RAM mobile phones
What is the difference between the number of 4 GB RAM mobile phones in store Q and the number of 6 GB RAM mobile phones in store T?
Question 7
Direction:Study the following table carefully and answer the questions below it. Table given below shows the number of mobile phones in five different stores in a year and percentage of 6 GB RAM mobile phones in each store.
Note: Total mobile phones in each store = 4 GB RAM mobile phones + 6 GB RAM mobile phones
If the number of 4 GB RAM mobile phones in another store X is 20% more than the number of 6 GB RAM mobile phones in Shop P and the number of 6 GB RAM mobile phones in Store X is one-fifth of the number of 4 GB of RAM mobile phone in store S, then find the total number of mobile phones in store X.
Question 8
Direction:Study the following table carefully and answer the questions below it. Table given below shows the number of mobile phones in five different stores in a year and percentage of 6 GB RAM mobile phones in each store.
Note: Total mobile phones in each store = 4 GB RAM mobile phones + 6 GB RAM mobile phones
Number of 6 GB RAM mobile phones in store P and R together is approximately what percent of the number of 4 GB RAM mobile phones in store Q?
Question 9
Direction:Study the following table carefully and answer the questions below it. Table given below shows the number of mobile phones in five different stores in a year and percentage of 6 GB RAM mobile phones in each store.
Note: Total mobile phones in each store = 4 GB RAM mobile phones + 6 GB RAM mobile phones
If ratio of MI to Realme 6 GB RAM mobile phones in store Q and T is 2 : 3 and 5 : 3 respectively. Then what is the ratio of Realme 6 GB RAM mobile phones in store Q to store T? (6GB RAM mobile phones = MI+Realme )
Question 10
Direction:Study the following table carefully and answer the questions below it. Table given below shows the number of mobile phones in five different stores in a year and percentage of 6 GB RAM mobile phones in each store.
Note: Total mobile phones in each store = 4 GB RAM mobile phones + 6 GB RAM mobile phones
What is the average of total 4 GB RAM mobile phones in store P, R and T?
