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Find the ratio of the volume divided by the temperature for the first data pair. Use significant figures.
V / T = 0.72/276

Find the ratio of the volume divided by the temperature for the first data pair Use significant figures V T 072276 class=

Respuesta :

Answer : The ratio of the volume divided by the temperature for the first data pair is, [tex]2.6\times 10^{-3}[/tex]

Explanation :

As we are given the temperature (276 K) and volume [tex](0.72cm^3)[/tex]. Now we have to calculate the ratio of the volume divided by the temperature for the first data pair.

[tex]\frac{V}{T}=\frac{0.72}{276}=2.6\times 10^{-3}[/tex]

The significant rule for division is the least number of significant figures used in the operation.

As, there are 2 significant figures in numerator and 3 significant figures in denominator. So, the answer will be in least number of significant figure that is, 2 significant figure.

Hence, the ratio of the volume divided by the temperature for the first data pair is, [tex]2.6\times 10^{-3}[/tex]

mickymike92

From the pair of values given, the ratio of the volume to the temperature for the first data pair is, 0.0026 cm^3/K

What is a ratio?

A ratio is a comparison betweentwo quantities showing how much one quantity cobtains another.

From the data provided, the first data pair is as follows:

  • temperature = (276 K)
  • volume = 0.72 cm^3

Ratio of volume to temperature = volume/temperature

Ratio = 0.72/276

Ratio = 0.002608 cm^3/K

The significant rule for division is the least number of significant figures used in the operation.

The least significant figure of the values given is 2.

Therefore, the ratio of the volume to the temperature for the first data pair is 0.0026 cm^3/K

Learn more about ratio at: https://brainly.com/question/25927869

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