Using the data found in the table below,calculate the k value for Avogadro's Law.Pressure,kPa86.2Volume, Temperature,mL °C17.21 52.8Molecule147*Report rounded value with the correctnumber of significant digits.**Only use numeric values in youranswer. Do not use words, spaces, orsymbols (ie. %).** The k values determined experimentally areessentially conversion factors between thetwo variables. These k values can be used topredict the state of the gas if one of themeasurements are known.Predict the volume of a sample of gas if thetemperature of the gas is 56.5 °C and the kvalue for Charles' Law is 0.701 mL/°C.

Pressure = 86.2 kPaVolume = 17.21 mLTemperature = Molecules = 147Avogadro's Law is a fundamental…

Using the data found in the table below, calculate the k value for Avogadro's Law. Pressure,kPa 86.2 Volume, Temperature, mL °C 17.21 52.8 Molecule 147 *Report rounded value with the correct number of significant digits. **Only use numeric values in your answer. Do not use words, spaces, or symbols (ie. %).**

Using the data found in the table below, calculate the k value for Avogadro's Law. Pressure,kPa 86.2 Volume, Temperature, mL °C 17.21 52.8 Molecule 147 *Report rounded value with the correct number of significant digits. Only use numeric values in your answer. Do not use words, spaces, or symbols (ie. %).

Chemistry

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Chapter1: Chemical Foundations

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Solutions

Solutions can be considered as homogeneous mixtures which contain two or more than two chemical substances. The chemical substance which is the greater part is defined as solvent. And the chemical substance that is dissolved in a solvent is referred to as solute. Solution chemistry plays an important role in chemistry since it supports many commercial applications of solutions.

Question

Using the data found in the table below,
calculate the k value for Avogadro's Law.
Pressure,kPa
86.2
Volume, Temperature,
mL °C
17.21 52.8
Molecule
147
*Report rounded value with the correct
number of significant digits.
**Only use numeric values in your
answer. Do not use words, spaces, or
symbols (ie. %).**

The k values determined experimentally are
essentially conversion factors between the
two variables. These k values can be used to
predict the state of the gas if one of the
measurements are known.
Predict the volume of a sample of gas if the
temperature of the gas is 56.5 °C and the k
value for Charles' Law is 0.701 mL/°C.

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