Question

In this engineering lab, you will build and test a device that releases and absorbs thermal energy in order to reach a goal. Don't forget what you learned about repeated trials. You will need to repeat tests of your device to make sure it does not need to be redesigned or improved. Use the Thermal Energy and Chemical Change Lab Report to record your observations and test measurements. You will submit your completed report. Be sure to review the grading rubric before you begin. Thermal Energy Engineering Building Criteria and Limitations You must have at least one steam engine and one cargo box in your train design. Everything else is up to you—build items across, or stack items on top of each other. The train track will have two hills and spaces where the track is missing. Consider these limitations when designing your train. Make sure you note these criteria and limitations in your lab worksheet. Before you test your trains, plan at least three train designs. Add these design descriptions to your lab report, along with one pro and one con for each train design.

What is a key requirement for the thermal energy engineering lab regarding train design?

A) Use at least two steam engines and two cargo boxes.
B) Build items only across the train track.
C) Include at least one steam engine and one cargo box in your train design.
D) Avoid designing train tracks with missing spaces.

Answer 1

The key requirement is to include at least one steam engine and one cargo box in the train design for the thermal energy engineering lab.

Step-by-step explanation:

A key requirement for the thermal energy engineering lab regarding train design is to include at least one steam engine and one cargo box in your train design. This is a fundamental design criteria intended to simulate a real-world application of thermochemistry and heat transfer principles, which are essential in the field of Engineering Thermodynamics. It is important to consider the limitations and criteria set forth for the lab to ensure the successful completion of the project and adherence to the provided instructions, which include designing trains to handle specific track challenges like hills and gaps.