Water enters a condenser at 80°F and leaves at 100°F; what is the water temperature rise?

Prepare for the ESCO Refrigeration Test. Practice with interactive quizzes featuring multiple choice questions, each with detailed explanations and hints. Boost your chances of success!

Multiple Choice

Water enters a condenser at 80°F and leaves at 100°F; what is the water temperature rise?

Explanation:
The main idea is that the water’s temperature rise is the difference between its outlet and inlet temperatures, showing how much heat the water has absorbed. Here, water enters at 80°F and leaves at 100°F, so the rise is 100°F − 80°F = 20°F. In practice, this rise reflects the amount of heat transferred to the water as it flows through the condenser. A smaller rise (like 10°F) would mean a lower outlet temperature (90°F), while larger rises (30°F or 40°F) would imply higher outlet temperatures (110°F or 120°F).

The main idea is that the water’s temperature rise is the difference between its outlet and inlet temperatures, showing how much heat the water has absorbed. Here, water enters at 80°F and leaves at 100°F, so the rise is 100°F − 80°F = 20°F. In practice, this rise reflects the amount of heat transferred to the water as it flows through the condenser. A smaller rise (like 10°F) would mean a lower outlet temperature (90°F), while larger rises (30°F or 40°F) would imply higher outlet temperatures (110°F or 120°F).

More Multiple Choice Questions
Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy