We Are Able to Define a Mechanical Equivalent for Heat

question 31

Multiple Choice

We are able to define a mechanical equivalent for heat because

• A) some thermal energy can be converted into mechanical energy.
• B) mechanical energy can be converted into thermal energy.
• C) work can be converted into thermal energy.
• D) some thermal energy can be converted into work.
• E) all of the above can occur.

Recognize the characteristics of a normal distribution and the range where most values lie.

Calculate specific values given mean, standard deviation, and z-scores in a normal distribution.

Determine comparative performance across different examinations using standard deviation and mean.

Interpret the probability of a Z-score in a standard normal distribution.

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