A total amount of Rs. 2,95,000 is to be distributed between Vineet, Prateek and Mayank in such a way that Vineet gets half of the amount that Mayank gets and Prateek gets Rs. 25,000 less than Vineet. How much amount will Vineet get?
Rs. 80,000
The problem asks us to find the amount Vineet receives from a total of Rs. 2,95,000 distributed among Vineet, Prateek, and Mayank based on specific conditions.
Let's denote the amounts received by each person:
We are given the total amount distributed is Rs. 2,95,000. So, the sum of their amounts is:
$$V + P + M = 295000$$
We are also given two conditions relating their amounts:
Let's translate these conditions into equations:
From condition 1:
$$V = \frac{1}{2} M$$
From condition 2:
$$P = V - 25000$$
Our goal is to find the value of $V$. We can use the equations we have to express $P$ and $M$ in terms of $V$ and substitute them into the total amount equation.
From the equation $V = \frac{1}{2} M$, we can solve for $M$ in terms of $V$ by multiplying both sides by 2:
$$M = 2V$$
We already have the equation for $P$ in terms of $V$:
$$P = V - 25000$$
Now, substitute these expressions for $P$ and $M$ into the total amount equation $V + P + M = 295000$:
$$V + (V - 25000) + (2V) = 295000$$
Now, let's solve this equation for $V$:
Combine the terms involving $V$:
$$V + V + 2V - 25000 = 295000$$
$$4V - 25000 = 295000$$
Add 25000 to both sides of the equation:
$$4V = 295000 + 25000$$
$$4V = 320000$$
Divide both sides by 4 to find the value of $V$:
$$V = \frac{320000}{4}$$
$$V = 80000$$
So, the amount Vineet gets is Rs. 80,000.
Let's check if the amounts for Prateek and Mayank add up correctly with Vineet's amount to the total Rs. 2,95,000.
Total amount = $V + P + M = 80000 + 55000 + 160000 = 295000$.
This matches the given total amount, confirming our calculation for Vineet's share is correct.
| Person | Amount (Rs.) |
|---|---|
| Vineet | 80,000 |
| Prateek | 55,000 |
| Mayank | 1,60,000 |
| Total | 2,95,000 |
| Step | Description | Action |
|---|---|---|
| 1 | Identify total amount and individuals. | Total = 2,95,000; Individuals: Vineet, Prateek, Mayank. |
| 2 | Define variables for each share. | $V, P, M$. |
| 3 | Write equations based on conditions. | $V = \frac{1}{2}M$, $P = V - 25000$. |
| 4 | Write equation for total amount. | $V + P + M = 295000$. |
| 5 | Express other variables in terms of the target variable (Vineet's amount $V$). | $M = 2V$, $P = V - 25000$. |
| 6 | Substitute expressions into the total amount equation. | $V + (V - 25000) + (2V) = 295000$. |
| 7 | Solve the resulting linear equation for the target variable. | $4V - 25000 = 295000 \implies 4V = 320000 \implies V = 80000$. |
| 8 | Verify the result by calculating other shares and summing up. | $P=55000, M=160000$. $80000+55000+160000=295000$. |
Distribution problems often involve dividing a total quantity among individuals based on specific rules or relationships between their shares. These problems can often be solved by setting up equations based on the given conditions.
Common types of relationships include:
The key is to represent the unknown shares using variables and write down all the given information as algebraic equations. Then, use substitution or elimination methods to solve the system of equations. In many cases, like this problem, expressing all unknowns in terms of a single variable simplifies the process considerably, leading to a single linear equation that can be easily solved.
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