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Boyle's Law
PROCEDURE - HOW THE EXPERIMENT WAS DONE 1. Students used the apparatus above to...
1. These questions are referring to the Boyle's law experiment only. a. Analyzing the shape of...
1. These questions are referring to the Boyle's law experiment only. a. Analyzing the shape of the curve in the plot of pressure versus volume, do you think the relationship between the pressure and volume of a confined gas is direct or inverse? Explain your answer. b. What experimental factors are assumed to be constant in this experiment? c. Using P. V, and k, write an equation representing Boyle's law AND write a verbal statement that correctly expresses Boyle's law,...
A * Normal No Spacing Heading 1 Heading 2 PROCESSING THE DATA 1. According to your...
A * Normal No Spacing Heading 1 Heading 2 PROCESSING THE DATA 1. According to your data, if the volume is doubled from 6,0 mL to 12.0 mL, what happens to the pressure? (Doubles? Triples? Halved/Reduced in half?) 2. According to your data, if the volume is halved from 14.0 mL to 7.0 mL, what happens to the pressure? (Doubles? Triples? Halved/Reduced in half?) 3. From your answers to the first two questions and the shape of the curve in...
Decide if P / V or P * V is better and convert the volume and...
Decide if P / V or P * V is better and convert the volume and
pressure to K. Include units.
Volume (mL) Pressure (kPa) Constant, k (P/V or P.V) 123.47 94.34 5.8 7.8 9.8 11.8 13.8 69.58 62.12 55.26 15.8 17.8 19.8 48.88 143e41 39.28
the equation is what needs to be found from the graph using Boyle's law. 1. Using...
the
equation is what needs to be found from the graph using Boyle's
law.
1. Using the equation from your graph, calculate the pressure at 5.0 mL and at 10.0 mL. - 2. When the volume doubled, what happened to the pressure (as calculated above)? 3. From your answers to the first two questions and the shape of the curve in the plot of pressure versus volume, do you think the relationship between the pressure and volume of a confined...
Part 1 Boyle's Law Volume (mL) Pressure (atm) 10 0.9937 11 0.9045 5 1.8011 12 0.8277...
Part 1 Boyle's Law Volume (mL) Pressure (atm) 10 0.9937 11 0.9045 5 1.8011 12 0.8277 15 0.6652 8 1.2319 Part 2 Gay-Lussac's Law Tempreature (K) Pressure (atm) 298.4 0.9984 313.9 1.0564 Part 3 Chrles's Law Temprature (K) Total Volume (mL) Pressure (atm) 297.7 155.9 0.9971 317.2 166.9 0.9973 Part 4 Relationship between pressure and number of molecules Number of Molecules (Total Volume) Pressure(atm) 160.9 1.0040 163.9 1.0511 165.9 1.0623 166.9 1.0766 168.9 1.0830 1. For each part, write a...
Processing Data for Part I: Boyle's Law Volume Pressure Constant, k (mL) (kPa) 105.2 119.4 15...
Processing Data for Part I: Boyle's Law Volume Pressure Constant, k (mL) (kPa) 105.2 119.4 15 139.5 17.5 166.1 T 205.8 232.6 232.4 1. What happens to the Pressure as the piston is pushed to lower the volume of the air inside the syringe? 2. What is the value of the constant k, in PV=k 3. How should the pressure be expressed so that the graph shows a straight line?
Demonstration Experiment Boyle's Law-effect of pressure at constant temperature. Imagine that you performed this experi...
Demonstration Experiment Boyle's Law-effect of pressure at constant temperature. Imagine that you performed this experiment as described in your manual. In doing so, your first pressure reading was 650 mmHg, and your second presure reading was 756 mmHg. Your first volume was 47.3 mL Part A What would the percent error be if your measured second volume was 38.4 mL?
Pressure vs. Volume and Boyle's Law Data and Results Table Barometrie Pressure Trial 1 Gauge Volume...
Pressure vs. Volume and Boyle's Law Data and Results Table Barometrie Pressure Trial 1 Gauge Volume of Air T otal Gauge Volume of Air Total Pressure in Syringe Pressure 1/V+ Pressure in Syringe Pressure 32P1 2.5m13 46.8 Psi 0.4m3 LO6psu 3.1 mit 40.8 P 0.3zmite 15 psl 4. 5m13 29.85P1 0.22 m² [9.591 8. 3m13 24.3 SPI 0.19 mP 4 7Psi 5.9m1² 21.9Psi 0.17 m/? L3.511 7.2 mls 18.3B1 0.14 mp Lopsi 9 mL? 4. 8P1 Gillmp] 6. Plor a...
General Organic and chemistry, Seventh 191 Nano _Looker Number__ Dute_ PRELIMINARY EXERCISES: Experiment 14 Boyle's Law...
General Organic and chemistry, Seventh 191 Nano _Looker Number__ Dute_ PRELIMINARY EXERCISES: Experiment 14 Boyle's Law and Charles's Law 1. List the three factors that determine the volume of a gas 2. When dealing with its common to refer to volumes at standard temperature and pressure (STP). What are the values of standard temperature and pressure for gues STP-_ and 3. State Boyle's law: b. State Charles's law: 4. If the pressure exerted on a 100-L weather balloon changes from...
Combined Gas Relationship Since the Ideal Gas Law produces a constant (R), it can be used...
Combined Gas Relationship Since the Ideal Gas Law produces a constant (R), it can be used to look at a gas sample in which initial and final conditions have changed. The combined gas relationship is as follows P.V R=P.V2 n, T n2 T2 where P, Vi,and T, and n, are the initial pressure, volume, temperature, and number of moles of gas. The final conditions are represented by P, V2, T2 and n2. If any of the conditions in the initial...
1. These questions are referring to the Boyle's law experiment only. a. Analyzing the shape of the curve in the plot of pressure versus volume, do you think the relationship between the pressure and volume of a confined gas is direct or inverse? Explain your answer. b. What experimental factors are assumed to be constant in this experiment? c. Using P. V, and k, write an equation representing Boyle's law AND write a verbal statement that correctly expresses Boyle's law,...
A * Normal No Spacing Heading 1 Heading 2 PROCESSING THE DATA 1. According to your data, if the volume is doubled from 6,0 mL to 12.0 mL, what happens to the pressure? (Doubles? Triples? Halved/Reduced in half?) 2. According to your data, if the volume is halved from 14.0 mL to 7.0 mL, what happens to the pressure? (Doubles? Triples? Halved/Reduced in half?) 3. From your answers to the first two questions and the shape of the curve in...
Decide if P / V or P * V is better and convert the volume and
pressure to K. Include units.
Volume (mL) Pressure (kPa) Constant, k (P/V or P.V) 123.47 94.34 5.8 7.8 9.8 11.8 13.8 69.58 62.12 55.26 15.8 17.8 19.8 48.88 143e41 39.28
the
equation is what needs to be found from the graph using Boyle's
law.
1. Using the equation from your graph, calculate the pressure at 5.0 mL and at 10.0 mL. - 2. When the volume doubled, what happened to the pressure (as calculated above)? 3. From your answers to the first two questions and the shape of the curve in the plot of pressure versus volume, do you think the relationship between the pressure and volume of a confined...
Processing Data for Part I: Boyle's Law Volume Pressure Constant, k (mL) (kPa) 105.2 119.4 15 139.5 17.5 166.1 T 205.8 232.6 232.4 1. What happens to the Pressure as the piston is pushed to lower the volume of the air inside the syringe? 2. What is the value of the constant k, in PV=k 3. How should the pressure be expressed so that the graph shows a straight line?
Pressure vs. Volume and Boyle's Law Data and Results Table Barometrie Pressure Trial 1 Gauge Volume of Air T otal Gauge Volume of Air Total Pressure in Syringe Pressure 1/V+ Pressure in Syringe Pressure 32P1 2.5m13 46.8 Psi 0.4m3 LO6psu 3.1 mit 40.8 P 0.3zmite 15 psl 4. 5m13 29.85P1 0.22 m² [9.591 8. 3m13 24.3 SPI 0.19 mP 4 7Psi 5.9m1² 21.9Psi 0.17 m/? L3.511 7.2 mls 18.3B1 0.14 mp Lopsi 9 mL? 4. 8P1 Gillmp] 6. Plor a...
General Organic and chemistry, Seventh 191 Nano _Looker Number__ Dute_ PRELIMINARY EXERCISES: Experiment 14 Boyle's Law and Charles's Law 1. List the three factors that determine the volume of a gas 2. When dealing with its common to refer to volumes at standard temperature and pressure (STP). What are the values of standard temperature and pressure for gues STP-_ and 3. State Boyle's law: b. State Charles's law: 4. If the pressure exerted on a 100-L weather balloon changes from...
Combined Gas Relationship Since the Ideal Gas Law produces a constant (R), it can be used to look at a gas sample in which initial and final conditions have changed. The combined gas relationship is as follows P.V R=P.V2 n, T n2 T2 where P, Vi,and T, and n, are the initial pressure, volume, temperature, and number of moles of gas. The final conditions are represented by P, V2, T2 and n2. If any of the conditions in the initial...
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