Final answer:
The question involves a temperature change associated with negative numbers, appropriate for the Middle School Mathematics subject. The change was an increase by 13 degrees, leading to a current temperature of 5 degrees below zero, which means the initial temperature was 18 degrees below zero.
Step-by-step explanation:
The original question regards a temperature change, which is a topic generally covered under various scientific subjects, but the phrasing 'the temperature went up 13 degrees ___ it is 5 degrees below 0' implies a numerical change. This is a mathematical concept dealing with negative numbers and is suitable for a Mathematics subject classification at the Middle School level.
If the temperature rose by 13 degrees and it is now 5 degrees below zero, then it would initially have been 18 degrees below zero. Here's how we can understand it with an equation: Let T be the initial temperature. If the temperature increases by 13 degrees, the equation can be represented as T + 13 = -5. Solving for T gives us T = -5 - 13, which equals -18. This means the initial temperature was -18 degrees.
Regarding the information given as a reference, there are multiple errors and misconceptions about temperatures presented, along with examples that include temperature differences and probabilities related to temperature resistance of materials. Clear understanding and conversion between Fahrenheit and Celsius are crucial in these contexts, as well as recognizing the role of greenhouse gases in Earth's temperature balance. The temperature went up by 13 degrees. The starting temperature is given as 5 degrees below 0. To find the final temperature, we need to add 13 to the starting temperature.
Therefore, the final temperature would be (-5 + 13 = 8) 8 degrees above 0.