9:33 C 98 Assignment Details (Fall 2023-1) PHY1007C: PHYSICS FOR THE HEALTH SCIE of an m the the is Tower than the pressure of air in the pump Procedure |: 1. Watch this video to learn how to use the interactive animation and gather experimental data; 2. Use this interactive simulation; 1. Alternative interactive animation link; . Right click on the link/swf file; . Save it; . Run the flash file using this web app . OR Run it using the standalone flash player. . Flash Player standalone for MAC download. N To convert pressure from psi to use m 2 https: //onlineconversion.com /pressure.ht . Use this data if you could not run the swf! Boyle's Law Use the mouse to drag the 25 20 plunger to your desired 5 volume. Data will be OOO 5 2 Dashboard Calendar To Do Notifications Inbox9:33 C 98 Assignment Details (Fall 2023-1) PHY 1007C: PHYSICS FOR THE HEALTH SCIE . Use this data if you could not run the swf! Boyle's Law Use the mouse to drag the 25 20 plunger to your desired 30 15 volume. Data will be 10 35 10 automatically recorded in Pressure the table when you release 15 the mouse MathJax v2.7.7 using web TeX fonts MathJax.js v2.7.7 MathML Input Jax v2.7.7 TeX Input Jax v2.7.7 HTML-CSS Output Jax v2.7.7 NativeMML Output Jax v2.7.7 PreviewHTML Output Jax v2.7.7 mml Element Jax v2.7.7 AssistiveMML Extension v2.7.7 MathEvents Extension v2.7.7 MathMenu Extension v2.7.7 MathZoom Extension v2.7.7 TeX/AMSmath Extension v2.7.7 TeX/AMSsymbols Extension v2.7.7 TeXo Errors Extension v2.7.7 TeXo Undefined Extension v2.7.7 www.mathjax.org 0 = 5 n 2 Dashboard Calendar To Do Notifications Inbox9:34 98 A Assignment Details (Fall 2023-1) PHY 1007C: PHYSICS FOR THE HEALTH SCIE Learning How to 1. A given volume of gas is trapped into a cylinder and the end is sealed and connected to a pressure meter; 2. The temperature, T, of the gas is kept constant; 3. Apply 5 different increasing pressures to the gas; . Compress the gas to 45 milliLiters, 40mL, 35mL, 30mL and 20mL. . Record/read the pressure each time; . Presure is in hectoPascal = 100Pa . Record/read the volume off of the scale on the cylinder; . Check/Click on the Show sentences to be completed button; ? 0= 5 2 Dashboard Calendar To Do Notifications Inbox9:34 1 98 A Assignment Details (Fall 2023-1) PHY1007C: PHYSICS FOR THE HEALTH SCIE . Answer the questions and upload the answers in canvas; Investigating Boyle's Law . 1) Plot a graph using excel OR this N online utility of the pressure p in m ? ' along the y axis versus inverse Volume, 1 1 V in m3 . along the x axis; . What does the pattern suggest ? . Calculate the slope of the line passing 1 through the pair of values V .P . 2) Plot a 2nd graph of the Volume, V along the y axis versus pressure p along the x axis. Calculate the no of moles of air inside the syringe 0 = 5 2 Dashboard Calendar To Do Notifications Inbox9:34 1 98 Assignment Details A (Fall 2023-1) PHY1007C: PHYSICS FOR THE HEALTH SCIE Calculate the no of moles of air inside the syringe massair mass air nmoles Molar massair 28.97- mol Do not forget: a. Plot the graphs using one of the scripts above; b. Title the graphs; c. Label the axes and mention the units; d. Answer the questions in the interactive animation; 1. How does your graph illustrate Boyle's law ? What does the pattern suggest ? How do the graphs demonstrate Boyl J 2. If pV = nRT and R = 8.314 O= 5 2 Dashboard Calendar To Do Notifications Inbox9:34 1 98 Assignment Details (Fall 2023-1) PHY1007C: PHYSICS FOR THE HEALTH SCIE 1. How does your graph illustrate Boyle's law ? What does the pattern suggest ? How do the graphs demonstrate Boy C 2. If pV = nRT and R = 8.314 K . mol what does the slope of a graph p versus represent ? What are the units for the slope ? [Math Processing Error]Hint 1: PV =nRT nRT P = V =nRT . Hint 2: compare Boyle's Law above with the equation of a straight line. y = mx +b 5 2 Dashboard Calendar To Do Notifications Inbox9:34 C 98 Assignment Details (Fall 2023-1) PHY 1007C: PHYSICS FOR THE HEALTH SCIE 3. Solve and answer: A deep sea diver is breathing out air bubbles while working at a depth where the pressure is 2.5 atmospheres. The volume of each air bubble is 3.0cm = 3.0mL. At the surface the pressure is 1 atmosphere. What is the volume of each bubble when it reaches the surface ? Pat depth . at depth = Pat surface . at surface . . . . . 4. From your syringe/piston experiment, calculate the slope of the line passing 1 through the pair of values ( P, 7 and record it here . . . . . .. ................ O= 5 2 Dashboard Calendar To Do Notifications Inbox9:34 C 98 Assignment Details (Fall 2023-1) PHY1007C: PHYSICS FOR THE HEALTH SCIE 4. From your syringe/piston experiment, calculate the slope of the line passing 1 through the pair of values( P, and record it here 5. Calculate the no of moles of air trapped inside the syringe massair mass air nmoles Molar massair 28.97 mol 1225 9 . Volumeair m3 nmoles 28.97 9 mol 5 n 2 Dashboard Calendar To Do Notifications Inbox