The Blitz-It juicer’s information states that the weight of juice produced from oranges is around 30% of the weight of the fruit.

If Pete wants to produce 150 g of juice, what weight of oranges should he use?


To calculate the weight of oranges Pete should use, we can set up the equation based on the fact that 30% of the weight of the oranges becomes juice. Let the weight of the oranges be \( x \) grams. Since 30% of \( x \) will give Pete the amount of juice he needs (150 g), we can write the equation:

\[
0.30 \times x = 150
\]

To find \( x \), divide both sides by 0.30:

\[
x = \frac{150}{0.30} = 500 \, \text{grams}
\]

So, Pete should use **500 grams** of oranges to produce 150 grams of juice.

Would you like more details or have any further questions?

Here are 5 related questions:
1. How much juice would Pete get from 1 kg of oranges?
2. If Pete only has 400 g of oranges, how much juice can he expect to make?
3. What percentage of the fruit is waste if only 30% becomes juice?
4. If Pete needs 300 g of juice, how many kilograms of oranges are required?
5. How would the amount of juice change if the juice yield was 35% instead of 30%?

**Tip:** For percentage-based calculations, multiplying the total quantity by the percentage in decimal form simplifies the process!

The Blitz-It juicer’s information states that the weight of juice produced from oranges is around 30% of the weight of the fruit. If Pete wants to produce 150 g of juice, what weight of oranges should he use?

Learn how to calculate the weight of oranges Pete should use to produce 150 g of juice, given that 30% of the weight of oranges becomes juice. This step-by-step solution involves simple algebra and percentage calculations, ideal for students in Grades 6-8.

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