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i need this lab completed in full accuracy by tomorrow. Document Preview: LABORATORY 15: Pressure and Temperature LabFormat like 1211/1212 INSTRUCTIONS Now you are ready to begin a laboratory...

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i need this lab completed in full accuracy by tomorrow.
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LABORATORY 15: Pressure and Temperature LabFormat like 1211/1212 INSTRUCTIONS Now you are ready to begin a laboratory assignment. Remember to keep a careful and complete record of your laboratory activities in your Lab Notebook. You now have the options of performing the laboratory assignment in three different manners. You may complete the assignment online via latenitelabs.com. You may complete the assignment with you lab kit. Or, you may do both complete the assignment via latenitelabs.com and your kit. Before beginning the activity, be sure to: • Read the entire laboratory assignment. • View the prelab video(s) on the CD included with your Home Laboratory Manual. • Complete the prelab quiz. Questions are provided in the analysis section of the laboratory activity. You are encouraged to discuss these questions with your fellow students in the Discussion Area for this laboratory. CRITIQUE THIS LABORATORY Take a moment to help us improve our course. When you have completed this assignment, please let your instructor know of any problems you had with the experiment and any errors you discovered in the procedure. Also, comment on what worked well for you. Thanks for your help. INTRODUCTION Need new image for the set up! Joseph Louis Gay-Lussac was a French Chemist involved in many scientific discoveries. Two of the laws that have been attributed to him involve gasses. One discovered in 1809 states that the ratio between the combining volumes of gases and the product can be expressed in small whole numbers. The other law, discovered in 1802, states pressure is directly proportional to temperature of a fixed amount of gas at a constant volume. where: P/T=k P is the pressure of the gas. T is the temperature of the gas (measured in Kelvins). k is a constant. Gases are made up of molecules that are in constant motion and exert pressure when they collide with the walls of their container. The velocity and the number of collisions of these molecules...

Answered Same Day Dec 20, 2021

Solution

Robert answered on Dec 20 2021
128 Votes
OBSERVATION OF RELATION BETWEEN THE PRESSURE AND TEMPERATURE
AIM: Determination of relation between the Pressure and temperature
Equipment:
1. Vacuum Gauge
2. Thermometer
3. Ru
er stopper assembly
4. Buret Stand
5. Buret Clamp
6. 125 mL Erlenmeyer Flask
7. 20 mL syringe.
8. Stove or hot plate
9. Refrigerator
10. Large pan such as a sauce pan or a stock pot.
11. Freezer

Procedure:
1) Assemble the apparatus as shown in Figure
1.1a Open the valve between the stopper and the syringe by turning the stopcock
handle to the vertical position and remove 30 mL of air with the syringe. Then, close
the valve. Remove the syringe and depress the plunger completely. Reconnect the
syringe.
1.1b Repeat the above step until the pressure in the flask is below 75 kPa. This will be
at approximately 26 kPa on the vacuum gauge.
1.1c With the stopcock in the closed position, remove syringe from the stopcock
assembly.
2) Set up temperature bath and collect data

2.2a)...
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