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Use that table to solve question 6 and give direct answer without steps

Based on the table provided, the amount of vitamin C in 1 medium-sized papaya is **168.08 mg**, and in 1 medium-sized orange, it is **69.69 mg**.

The correct function to estimate the total amount of vitamin C in the juice made from **1 papaya** and **n oranges** would be:

\[
f(n) = 168 + 70n
\]

Therefore, the correct answer is **C) \( f(n) = 70n + 168 \)**.

Would you like more details or have any questions?

Here are five related questions to expand your understanding:
1. How do you estimate the total amount of vitamin C if you add more fruits to the mixture?
2. What role does the slope (70) play in the function \( f(n) \)?
3. How would the equation change if you used a different fruit?
4. What if instead of oranges, you used bell peppers? What would the function look like?
5. How do you determine the intercept value in a real-life context?

**Tip:** Always identify the constant and variable terms when interpreting a linear equation in word problems.

Joaquin will make juice from 1 medium-sized papaya and n medium-sized oranges. Which of the following functions f can Joaquin use to estimate the number of milligrams of vitamin C in the fruit used to make the juice?

Learn how to estimate the total amount of vitamin C in a juice mixture made from 1 papaya and multiple oranges using the linear function f(n) = 70n + 168. This problem covers algebraic concepts and the interpretation of linear equations in word problems. Suitable for students in Grades 7-10.

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