BROOKER BIOLOGY
5th Edition
ISBN: 9781307656152
Author: BROOKER
Publisher: MCG/CREATE
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Chapter 59.3, Problem 2EQ
Summary Introduction
To determine: The purpose of increasing the level of carbon dioxide in only half of the chambers and not in all chambers during the experiment.
Introduction: Peter Stiling and Bert Drake performed various experiments to increase the level of carbon dioxide around the patches of forest in Kennedy Space Center in Florida. They carried out these experiments for observing the response of forest ecosystem to elevated level of carbon dioxide.
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Q5/ Using lumped parameters model method find the following:
1- Sketch a network for the system shown in the figure?
2- Drive the losses equations.
3- What is the source of the resistance in the
lungs?
Ingestion
(food, drink)
Figure (2)
CO₂ other gases
Lungs
Circulatory systems
Kidney's
S
Heart
Excretion
(urine)
Excretion
ndigested food)
Body
00
%24
w/
Charles' Law
Change the simulation to "Charles' Law" by clicking the tab at the top of the screen it will be shown in white. You should see
the picture below on your screen.
1. Which one of the three variables: Pressure, Volume or Temperature cannot be changed in Charles' Law? This varlable
is considered a constant.
1. a. Using the Temperature controls, increase the temperature of the gas. What changes do you observe in the behavlor
of the particles of the gas while the temperature is increased?
b. Continue to increase the temperature value until T, = 44K. Using the equation for Charles' law, calculate the volume of
the gas at this increased temperature. Check your final answer for part b by clicking the calculate button next to V2:
c. Based on the final value calculated in part b) is Charles' law considered a direct or an indirect relationship between the
variables? Explain your cholce with reasoning.
1.
2. Press the reset button at the top right of the screen.
Using the…
Consider the following experimental data from another experiment:
[S]
1.5
2.00
2.50
5.00
10.00
V (No inhibitor)
mmol ml¹ min¹
0.167
0.204
0.232
0.313
0.385
V (inhibitor)
mmol ml¹¹ min¹¹
0.115
0.143
0.167
0.250
0.333
Calculate Km and V max and determine whether this inhibitor is competitive,
non-competitive or uncompetitive.
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- how does high pressure O2 treat CO poisoning?arrow_forwardExplain the relationship of oxygen consumption and body mass by referring to the figure 3.5 (Interpret the graph)arrow_forwardShow computation 4. Mrs. Potter has chronic bronchitis with an infection. To treat the infection, the physician prescribes gatifloxacin (Tequin) 400 mg to infuse in over 2 hours. The pharmacy delivers gatifloxacin 400 mg in a 200-mL bag of NS. What should be the rate of the infusion, in milliliters per hour, to complete the Tequin infusion? 5. The physician prescribes 1,000 mL of D5 NS to infuse at a rate of 200 mL/h. The nurse started the infusion at 5pm. She expects the IVF to be infused completely at what time?arrow_forward
- please solve (g)and (h)arrow_forwardUsing the Michaelis-Mentan graph pictured (graphing initial velocity and PNPP concentration), identify Vmax and Km as well as possible. Then, using the Lineweaver-Burk graph (graphing 1/Vo and 1 / PNPP concentration), label the reciprocals of Vmax and Km on the graph and use them to calculate Km and Vmax.arrow_forwardQuestion: why do you acidify your blood to measure CO2?arrow_forward
- The following data describe the binding of oxygen to human myoglobin. Posygen (mm Hg) Percent Saturation 0.5 16.1 2.0 27.7 3.0 53.5 4.0 60.5 6.0 69.7 8.0 75.4 12.0 82.1 20.0 88.5 From these data the approximate P50 (mm Hg) value is: A. 1.0 В. 1.4 С. 1.9 D. 2.6 Е. 3.2 F. 3.5 G. 3.7 Н. 3.9 I. 4.0arrow_forwardNonearrow_forward• How many moles of air are there in a 2.0 L bottle at 19°C and 747 mm Hg? PV=nRT ● ● R = 0.0821 (L atm) (mol K) R = 62.4 (L mm Hg) (K mol) R = 8.31 (L kPa) (K mol)arrow_forward
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