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Interpret temperature with integers

Temperature can be represented by integers relative to a chosen zero point: positive integers indicate temperatures above zero, negative integers indicate temperatures below zero, and zero marks the reference temperature. Learners compare and order temperatures on a number line, interpret opposites and distance from zero, and distinguish a lower temperature from a temperature with a greater absolute value; the focus is on integer readings, not fractional or decimal temperatures or temperature-conversion formulas.

Detailed Explanation: Interpret temperature with integers

Temperature readings can be shown as integers on a number line:

  • A positive integer, such as 33, means 33 degrees above zero.
  • A negative integer, such as −6-6, means 66 degrees below zero.
  • 00 is the reference temperature.

On a number line, numbers farther left represent lower temperatures. Numbers farther right represent higher temperatures.

Example: The temperatures in three cities are −6∘-6^\circ, 3∘3^\circ, and −2∘-2^\circ. Order them from coldest to warmest.

  1. Locate the integers on a number line:

−6−203-6 \qquad -2 \qquad 0 \qquad 3
  1. Read from left to right. The temperatures are:

−6∘, −2∘, 3∘-6^\circ,\ -2^\circ,\ 3^\circ

So, −6∘-6^\circ is the coldest and 3∘3^\circ is the warmest.

  1. Compare distance from zero. The temperature −6∘-6^\circ is 66 degrees from zero, while 3∘3^\circ is 33 degrees from zero. Thus, −6∘-6^\circ has the greater absolute value, but it is still the lower temperature because it is farther left on the number line.

  2. The opposite of −6∘-6^\circ is 6∘6^\circ, because −6-6 and 66 are the same distance from zero on opposite sides.

Learn by doing: Interpret temperature with integers

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Measurement Less or More - Temperature (metric)


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