\begin{tabular}{|l|l|l|l|l|}
\hline
Product & Year 1 Price & Year 1 Quantity & Year 2 Price & Year 2 Quantity \\
\hline
[tex]$X$[/tex] & \[tex]$5.00 & 5 & \$[/tex]7.00 & 6 \\
\hline
[tex]$Y$[/tex] & \[tex]$4.00 & 7 & \$[/tex]8.00 & 7 \\
\hline
[tex]$Z$[/tex] & \[tex]$8.00 & 10 & \$[/tex]10.00 & 15 \\
\hline
\end{tabular}

Calculate the Real GDP in Year 2:

A. \[tex]$248.00

B. \$[/tex]178.00

C. \[tex]$133.00

D. \$[/tex]163.00



Answer :

To calculate the Real GDP for Year 2, we will use the prices of Year 1 and the quantities of Year 2 for each of the products. This approach allows us to measure the real output change without being affected by the price changes between the years.

Here's a step-by-step explanation of how to calculate the Real GDP in Year 2:

1. Identify the prices of Year 1 and the quantities of Year 2 for each product:

- Product [tex]\(X\)[/tex]:
- Year 1 Price: \[tex]$5.00 - Year 2 Quantity: 6 - Product \(Y\): - Year 1 Price: \$[/tex]4.00
- Year 2 Quantity: 7

- Product [tex]\(Z\)[/tex]:
- Year 1 Price: \[tex]$8.00 - Year 2 Quantity: 15 2. Calculate the Real GDP contribution for each product: - For Product \(X\): \[ \text{Year 1 Price} \times \text{Year 2 Quantity} = \$[/tex]5.00 \times 6 = \[tex]$30.00 \] - For Product \(Y\): \[ \text{Year 1 Price} \times \text{Year 2 Quantity} = \$[/tex]4.00 \times 7 = \[tex]$28.00 \] - For Product \(Z\): \[ \text{Year 1 Price} \times \text{Year 2 Quantity} = \$[/tex]8.00 \times 15 = \[tex]$120.00 \] 3. Sum up the Real GDP contributions from all products to get the Real GDP for Year 2: \[ \text{Real GDP for Year 2} = \$[/tex]30.00 + \[tex]$28.00 + \$[/tex]120.00 = \[tex]$178.00 \] Hence, the Real GDP in Year 2, using the prices from Year 1, is \$[/tex]178.00.

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