SSC MTS MATHS QUIZ

Attempt now to get your rank among 56 students!

Question 1:

Distribute Rs.440 among 80 students such that each boy gets Rs.6 and each girl gets Rs.4. Find the possible number of boys-

Question 2:

A has lent some money to B at $6 \%$ p.a and C at $9 \%$ p.a. At the end of year he has gained an overall interest of $7 \%$ p.a. In what ratio has he lent the money to B and C.

Question 3:

Three bottles of orange juice contains orange and water in the ratio of 4: 3, 3: 2 and 9 : 7 respectively.  21 litres from first bottle and 20 litres form second  bottle is mixed with x litres from third bottle to get a new juice in which orange and water are in the ratio of 15: 11, then find the value of x.

Question 4:

How much rice (in kg) costing Rs. $72 / \mathrm{kg}$ is mixed with $24 \mathrm{~kg}$ of another rice costing Rs. $84 / \mathrm{kg}$ in such a way that mixture is sold at $\mathrm{Rs} .88 / \mathrm{kg}$ and gets $10 \%$ profit?

Question 5:

A merchant has $2,000 \mathrm{~kg}$ of sugar, part of which he sells at $8 \%$ profit and rest at $18 \%$ profit. He gains $14 \%$ on the whole. Find the quantity sold at $18 \%$ profit.

Question 6:

The ratio of alcohol and water in a solution is 4: 3. In 350 ml of this solution, how much water (in ml ) should be added to get a solution containing alcohol and water in the ratio 5: 6 ?

Question 7:

Solutions A and B contain acid and water in the ratio 3: 5 and 9: 7, respectively. Solution A and B are mixed in the ratio 2: 3. What is the ratio of acid and water in the resulting solution ?

Question 8:

How much quantity of water must be added to $48 \mathrm{ml}$ of alcohol to make a solution that contains $25 \%$ alcohol?

Question 9:

If the ratio of alcohol and water in a mixture of 85 litres is 11 ∶ 6. How much water should be added to make the ratio 5 ∶ 3?

Question 10:

$40 \mathrm{~kg}$ of alloy $A$ is added to $63 \mathrm{~kg}$ of alloy $B$. If in alloy $A$, the ratio of lead and tin is $2:3$ and in alloy $B$, the ratio of tin and copper is $2:5$, then find the amount of tin in the new alloy?