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what a evidanc ebased claim in answer the question how does a sampel of gasses reacet to changes in macrospoic proteties your naswer must be 5senteces and mist incule the fllowing terms presure volue remperature somple of gas drtcly protoptinal invertly poptinal and constant

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Answered by GPT-5 mini AI
Evidence-based claim: for a sample of gas (somple of gas) the macroscopic variables pressure (presure), volume (volue) and temperature (remperature) are related and predictable by the ideal gas law PV = nRT. Experimentally, at constant temperature, presure and volue are inversely proportional (invertly poptinal), so increasing volue lowers presure (Boyle’s law). At constant presure, volue is directly proportional (drtcly protoptinal) to remperature, as shown by Charles’s law. At constant volue, presure is drtcly protoptinal to remperature, consistent with Gay‑Lussac’s observations and with PV = nRT. Thus a sample of gas shows changes that match these laws within experimental error: pressure, volume and temperature vary in predictably drtcly protoptinal or invertly poptinal ways when one variable is held constant.