Expansion Valve Rubric Quiz

A simplified version of the First Law of Thermodynamics is written and explained accurately, using only the key concepts and adhering to the provided information.

A simplified version of the First Law of Thermodynamics is written with one incorrect term after simplification.

The First Law of Thermodynamics is either not simplified or contains more than one incorrect term after simplification.

The student has failed to simplify the First Law of Thermodynamics effectively.

The student's simplified version of the First Law of Thermodynamics is written and explained accurately, using only the key concepts and adhering to the provided information.

The student's simplified version of the First Law of Thermodynamics for an evaporator has one term that is incorrect after simplification.

The student's simplified version of the First Law of Thermodynamics for an evaporator is either not simplified or has more than one term that is incorrect after simplification.

The student has failed to simplify the First Law of Thermodynamics effectively for an evaporator, either not simplifying at all or having several inaccuracies in the explanation.

A complete algorithm includes all necessary equations, assumptions, and variables. It ensures all calculations are valid and there's enough information for the algorithm to run successfully.

An incomplete algorithm happens when there is at least one missing equation, assumption, or variable. This may lead to incorrect calculations or missing information.

An algorithm can be missing more than two equations, assumptions, or variables. This makes solving it nearly impossible.

All components in an algorithm (equations, assumptions, and variables) should be defined before being used. This prevents confusion and ensures everyone understands what each component means.

When components are not defined before being used, it leads to confusion and potentially erroneous calculations. You can't use something if you don't know what it is.

The simplified first law of expansion valves is incorrect if it has more than one term.

The simplified version of a law, concept, or formula might have a different number of terms than the original.

A simplified law may have lost some information from the original, leading to inaccuracies.

The simplified first law of expansion valves has a score of 0 if it includes more than one term that's incorrect after simplification.

A rubric for assessing the details of input information, such as units.

A rubric is a tool used to evaluate and assess work, often by assigning numerical scores to different aspects.

The inclusion of units when providing input information is essential for the correct and meaningful interpretation of data.

A section that provides information about all the inputs required for a specific process, ensuring their completeness and correctness.

An algorithm is considered complete when it includes all necessary equations, assumptions, and variables, ensuring correct calculations and sufficient information for execution.

If an algorithm is missing at least one equation, assumption, or variable, it's considered incomplete, potentially leading to errors or missing information.

When an algorithm lacks more than two equations, assumptions, or variables, it becomes unusable. Solving it becomes nearly impossible.

Defining components in an algorithm ensures clarity and prevents confusion. It's crucial for everyone to understand what each component represents.

Not defining components leads to confusion and potentially wrong calculations. You can't use something if you don't know what it is.

The code for Task 1 is working, all required data is loaded, and all data validations are completed correctly.

The code for Task 1 is working, the data loads, but one or two data validations are missing or completed incorrectly.

The code for Task 1 doesn't work, data may not be fully loaded, or more than two data validations are missing or completed incorrectly.

Code for Task 2 is working.

Code for Task 2 is working, but there are minor issues with it that can potentially be addressed with minor adjustments.

More than two inputs were not processed correctly by the code. The task is incomplete.

The code for Task 1 needs more work, as data is not loaded properly or there are more than two validation issues that were not completed correctly. The code for Task 2 is not working.

The code for Task 1 needs more work, as the data is not loaded properly or there are more than two validation issues that were not completed correctly. The code for Task 2 is not working.

An algorithm is deemed complete when all necessary equations, assumptions, and variables are present. It ensures a smooth and accurate calculation process.

An algorithm is classified as incomplete when at least one equation, assumption, or variable is missing. This can lead to errors in the results or incomplete information.

The loss of information during the simplification of a law or formula can lead to inaccuracies in the simplified version.

A rubric helps assess different aspects of work, often assigning numerical values. It provides clear criteria for evaluating the quality of work.

Units are crucial for clear data interpretation. They provide context and ensure that the information is measured correctly.

The compressor work output represents the energy used to compress a refrigerant. It's important to understand this energy transformation during the refrigeration cycle.

The heat removed output refers to the amount of heat extracted from the environment during the refrigeration cycle. This is the cooling effect achieved.

The simplified version of a law, formula, or concept may have a different number of terms than the original form. This indicates a simplification process took place.