Question 2:
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What will be the approximate amount of the annual instalment which will discharge a debt of $x$ (where $x$ is the sum of the amount of the 11 debts mentioned in the table) due in $y$ years (where $y$ is the sum of the time in years of the 11 debts mentioned in the table) at $z$ percent (where $z$ is the average of the rates of interest of the 11 debts mentioned in the table) simple interest?
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What will be the approximate amount of the annual instalment which will discharge a debt of $x$ (where $x$ is the sum of the amount of the 11 debts mentioned in the table) due in $y$ years (where $y$ is the sum of the time in years of the 11 debts mentioned in the table) at $z$ percent (where $z$ is the average of the rates of interest of the 11 debts mentioned in the table) simple interest?
Question 4:
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the average of the amount of eleven debts in rupees?
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the average of the amount of eleven debts in rupees?
Question 6:
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the ratio of the rates of interest for the debts $\mathrm{C}$ and G?
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the ratio of the rates of interest for the debts $\mathrm{C}$ and G?
Question 8:
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the ratio of the respective times for the debts B and F?
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the ratio of the respective times for the debts B and F?
Question 10:
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the average of the eleven annual instalment in rupees?
Direction : Study the following information carefully and answer the question given below.
The following table shows the details of 11 debts. In some cases informations are missing.
Note : Instalment $=\frac{100 \times \text { Debt }}{100 \times t+\frac{r \times t \times(t-1)}{2}}$
What is the average of the eleven annual instalment in rupees?