SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 2
Anaerobic Power & Capacity
INSTRUCTION: The lab report is due at the beginning of our next lab meeting time. Upload both this completed lab
report (including calculations and figures) and the

Forestry Step Test
1. (a). i
Subject
initials
BM
MS
DM
TL
OR
KB
TM
JD
CB
DC
AH
IG
MM
BS
GO
AC
CW
GV
JB
RC
Gender
(F or M)
Height
(cm)
F
F
M
M
M
M
M
M
M
M
F
M
F
F
M
F
F
F
M
F
167.6
168.9
178
200
177.8
177.8
183
182
182
190.5
167.5
180.3
173.7
183
180.3
160

LAB 4 REPORT
Lactate & Ventilatory Thresholds (21 points)
INSTRUCTIONS: The lab report is due online by 5pm one week from the day of data collection.
Upload both this completed lab report and the excel data file used to perform calculations and
create gra

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 2
Anaerobic Power & Capacity (24 points)
INSTRUCTIONS: The lab report is due online by 5pm one week from the day of data collection. Upload
both this completed lab report and the excel data file

LAB 5
RMR & VO2max (23 points)
INSTRUCTIONS: The lab report is due online by 5pm one week from the day of data collection.
Upload both this completed lab report and the excel data file used to perform calculations and
create graphs to Canvas. No hard copi

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 6
Blood Pressure (16 points)
INSTRUCTIONS: The lab report is due online by 5pm one week from the day of data collection.
Upload both this completed lab report and the excel data file used to per

Raw Data
Margaria-Kalamen
Initials
Vertical Jump
Maximum
Vertical
Jump Height
(inch)
Wingate
"Force"
Setting
# Rev
(0-5 sec)
(rev)
# Rev
(5-10 sec)
(rev)
Body Mass
(kg)
Fastest Time
(s)
IG
BM
BS
CB
GO
TL
CW
JD
KB
AC
DM
MM
GV
OR
TM
AH
MS
78.7
56.1
78.5
87.

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 2
Anaerobic Power & Capacity (24 points)
INSTRUCTIONS: The lab report is due online by 5pm one week from the day of data collection. Upload
both this completed lab report and the excel data file

Brent Hatfield
P452 Motor Learning
LAB 3 STATIC AND DYNAMIC BALANCE CONTROL
One purpose of this experiment is to identify the relationship between static and dynamic
balance. Research has demonstrated that static and dynamic balance may be controlled by
d

K409 R. Chapman Gas Exchange and Transport
Gas Exchange and Transport
Concept of partial pressure
-The air we breathe is a mixture of gasses
-Each gas exerts a pressure in proportion to its fraction in the gas mixture
-The total pressure is equal to the s

K409 R. Chapman Pulmonary Structure and Function
Pulmonary Structure and Function
Lung volume (typical individual)
Lung surface area (typical individual)
Lung volume (and the other above variables) in healthy people are influenced primarily
by
1)
Static

K409 R. Chapman Control of Ventilation
Control of Ventilation
The respiratory muscles are controlled by the respiratory center in the medulla (in the
brain).
The respiratory center regulates the rate (fb) and depth (TV) of breathing.
The respiratory cente

K409 R. Chapman Cardiovascular Response to Exercise
Cardiovascular Response to Exercise
Graphs of Cardiac and metabolic changes with exercise fundamental relationships
you need to know
VO2 vs. workload (workload is interchangeable with pace or speed)
(sin

Elizabeth Knepper
Lab Section 13893
January 31, 2017
LAB REPORT QUESTIONS 2
Anaerobic Power & Capacity (25 points)
Reference: Lab Manual (pp. 59-84), Lab Lecture Slides, Text
1. Margaria-Kalamen Test (Data 1). [3 point total]
(a) Calculate each of the fol

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 3
Predicted
O 2 max (18 points)
V
INSTRUCTION: The lab report is due ONLINE at the beginning of our next lab (Lab 4) meeting time.
Upload both this completed lab report (including calculations

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 3
Predicted
O 2 max
V
INSTRUCTION: The lab report is due at the beginning of our next lab meeting time. You may write mathematical
calculations by hand (although hand-written calculations will

Raw Data
Demographics
Initials
Clinger, Mackenzie
Friend, Daniel
Green, Drew
Henson, Sara
Hughes, Ashlyn
Lahne, Emily
O'Brien, Molly
O'Neal, Dane
Poff, Emma
Reynolds, Austin
Schellinger, Zach
Togashi, Kyle
Margaria-Kalamen
Body Mass
(kilograms)
58.0
121.6

SPH K409 Basic Physiology of Exercise
LAB REPORT QUESTIONS 1
Introduction / Muscular Strength
INSTRUCTION: The lab report must be submitted before the beginning of Lab 2 meeting time. Upload both this
completed lab report (including calculations and figur

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 2
Anaerobic Power & Capacity (25 points)
INSTRUCTION: The lab report is due ONLINE at the beginning of our next lab (Lab 3) meeting time.
Upload both this completed lab report (including calcula

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 4
Exercise Ventilation and Lactate Measurements
INSTRUCTION: The lab report is due at the beginning of our next lab meeting time. Upload both this completed lab
report (including calculations an

SPH K409 - Basic Physiology of Exercise
Prep questions for Lab 3 Predicted VO2max
(5 points)
INSTRUCTION: This assignment is designed to prepare you for lab 3. It is due ONLINE at the beginning
of our next lab (Lab 3) meeting time. Upload this completed a

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 2
Anaerobic Power & Capacity (25 points)
INSTRUCTION: The lab report is due ONLINE at the beginning of our next lab (Lab 3) meeting time.
Upload both this completed lab report (including calcula

SPH K409 - Basic Physiology of Exercise
LAB REPORT QUESTIONS 5
Resting Metabolic Rate and Maximal Oxygen Consumption
INSTRUCTION: The lab report is due at the beginning of our next lab meeting time. Use the equation function in
Word to show mathematical c

Elizabeth Knepper
Lab Section 13893
February 14, 2017
LAB REPORT QUESTIONS 3
Predicted
O 2 max (18 points)
V
Reference: Lab Manual (Chapter 13 & 14), Lab Lecture Slides, Text
1. Forestry Step Test (STEP). [4.5 points total]
(a) Using Table 13.2 and 13.3,