In addition to the otherConsidering the terms do the variables of pressure and volume have a direct or undercut relationship in Boyles law? Justify with data. what will happen to the pressure of gas in a bottle if it was squeezed tightly, reducing the volume of gas by half. Explain Visit https://teachchemistry.org/classroom-resources/the-gas-laws-simulationMake sure that you select the "Boyle's Law" tab to begin; it will be shown in white. You should see the plcture below on yourscreen.Boyle's Law1. Which one of the three variables: Pressure, Volume or Temperature cannot be changed in Boyle's Law? This varlable isconsidered a constant.1. Using the volume control arrows, reduce the volume of the gas to 1.7OL.a. In the space below record your observations regarding the behavior of the particles In the gas sample as thevolume is reduced. Make certain to discuss collisionsi n your comments.2. Calculate the new pressure value for the gas, showing all of your work.3. Check your final answer for part b by clicking the calculate button next toP2.4. a. Observations when Volume is reduced:b. CalculationPIV1 = P2V21. Press the reset button at the top right of the screen.Using the pressure control arrows, reduce the pressure of the gas to 0.700atm.a. In the space below record your observations regarding the behavior of the particles In the gas sample as thepressure is reduced.b. In the space below calculate the new volume value for the gas.C. Check your final answer for part b by clicking the calculate button next toV2.1.a. Observations when Pressure' is reduced: b. CalculationP.V. = P-V- 1. Press the reset button at the top right of the screen.a. Using the pressure control arrows,increase the pressure value to 1.50atm, and fill in the corresponding V2valuein the data table below.b. Press the Add Data button. Uşing the pressure control arrows, increase thepressure to 2.00atm and fll in thecorresponding V3 value in thedata table below.C. Repeat stepb for pressure values of2.50atm and 2.90atm.2.P = 1.00atm V%=P2= 1.50atm V2 3=P3= 2.00atm V3=P4=2.50atm V4 =P5 = 2.90atm Vs=a. Based on the data collected In the table above, what trend can be observed for volume of a gas when thepressure of the gas is increased?Important TermsDirect relationship: A relationship between two variables, where a cuange in one varlable results in the same change in theother varlable. For example, if one variable is increased, then the other variable will also increase.Indirect relationship: A relationship between two varlables, where a change in one varlable results in the opposite changein the other varlable. For example, if one variable is increased, then the other variable will decrease.

Question

In addition to the otherConsidering the terms do the variables of pressure and volume have a direct or undercut relationship in Boyles law? Justify with data. what will happen to the pressure of gas in a bottle if it was squeezed tightly, reducing the volume of gas by half. Explain Visit https://teachchemistry.org/classroom-resources/the-gas-laws-simulationMake sure that you select the &#34;Boyle's Law&#34; tab to begin; it will be shown in white. You should see the plcture below on yourscreen.Boyle's Law1. Which one of the three variables: Pressure, Volume or Temperature cannot be changed in Boyle's Law? This varlable isconsidered a constant.1. Using the volume control arrows, reduce the volume of the gas to 1.7OL.a. In the space below record your observations regarding the behavior of the particles In the gas sample as thevolume is reduced. Make certain to discuss collisionsi n your comments.2. Calculate the new pressure value for the gas, showing all of your work.3. Check your final answer for part b by clicking the calculate button next toP2.4. a. Observations when Volume is reduced:b. CalculationPIV1 = P2V21. Press the reset button at the top right of the screen.Using the pressure control arrows, reduce the pressure of the gas to 0.700atm.a. In the space below record your observations regarding the behavior of the particles In the gas sample as thepressure is reduced.b. In the space below calculate the new volume value for the gas.C. Check your final answer for part b by clicking the calculate button next toV2.1.a. Observations when Pressure' is reduced: b. CalculationP.V. = P-V- 1. Press the reset button at the top right of the screen.a. Using the pressure control arrows,increase the pressure value to 1.50atm, and fill in the corresponding V2valuein the data table below.b. Press the Add Data button. Uşing the pressure control arrows, increase thepressure to 2.00atm and fll in thecorresponding V3 value in thedata table below.C. Repeat stepb for pressure values of2.50atm and 2.90atm.2.P = 1.00atm V%=P2= 1.50atm V2 3=P3= 2.00atm V3=P4=2.50atm V4 =P5 = 2.90atm Vs=a. Based on the data collected In the table above, what trend can be observed for volume of a gas when thepressure of the gas is increased?Important TermsDirect relationship: A relationship between two variables, where a cuange in one varlable results in the same change in theother varlable. For example, if one variable is increased, then the other variable will also increase.Indirect relationship: A relationship between two varlables, where a change in one varlable results in the opposite changein the other varlable. For example, if one variable is increased, then the other variable will decrease.

Accepted Answer

To answer questions regarding Boyle's Law.

1. Which one of the three varlables: Pressure, Volume or Temperature cannot be changed in Boyle's Law? This variable is considered a constant.