Construct a graph of the rate of reaction as a function of PNPA concentration for the trypsin-catalyzed hydrolysis. Histidine rate Trypsin rate (mm/min) (mm/min) 0.0043 0.020 0.0068 0.041 0.0172 0.102 0.0342 0.185 0.0691 0.265 0.165 0.356 0.352 0.492 0.515 0.520 0.684 0.525 [pNPA] (mm) 0.1 0.2 0.5 1.0 2.0 5.0 10.0 15.0 20.0 Plot rate versus concentration using the graph label Trypsin: catalyzed hydrolysis from 0 to 20 mM.

Respiratory Post Workshop Math To answer the following questions, it is recommended that you begin by drawing a general Volume and Capacity graph (Volume vs Time), and label all.of the different types of values. You should use this graph to help determine how to construct the appropriate equations. You should also show your math because the answers are as follows: (#1: 1.3L, #2: 0.8L, #3: 2.4 L, #4: 3.2L) 1. What is the RV if IC = 3.6L, FRC = 2.4L, VC = 4.7L? Example: Step 1: write out what I am given_ and use the graph to break down the capacities into their components. (Do the TLC too.) • IC = TV + IRV • FRC = ERV + RV • vC = IRV + Tv + ERV or IC + ERV or IC + (FRC - RV) TLC = IRV + TV + ERV + RV or IC + FRC, etc. Step 2: Figure out how to isolate the RV by using the equations. • Notice that I can calculate the TLC by adding the IC + FRC = 3.6L + 2.4L = 6.0L. The RV can be isolated by subtracting the VC from the TLC: TLC - VC = RV → 6.0L - 4.7L = 1.3L 2. What is the ERV if IRV =…

11. NEUPOGEN (filgrastim) prefilled sy- ringes contain 480 mcg of active constitu- ent in each 0.8 mL. The equivalent con- centration is: (a) 0.6% (b) 0.384 mg/mL (c) 0.06% (d) 0.6 g/mL 11. (c) 0.06%

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