1. α (alpha) probability indicates :
(A) Variability
(B) Level of significance
(C) Magnitude of type-II error
(D) Standard error
Answer: (B)
2. Etymological meaning of Kinesiology is:
(A) Kinesiology is science of motion.
(B) Kinesiology is the science of motion of living being.
(C) Kinesiology is the science of motion of human being.
(D) Kinesiology is the science of motion of human being during sports participation.
Answer: (A)
3. In aerial motion a discuss may have three orientations vertical, horizontal and inclined.
Among them vertical orientation involves:
(A) Maximum ‘Lift’ and Minimum ‘Drag’
(B) Minimum ‘Lift’ and Maximum ‘Drag’
(C) Only ‘Lift’ but no ‘Drag’
(D) Only ‘Drag’ but no ‘Lift’.
Answer: (D)
4. Kinesiology and sports Biomechanics are related with one another in the following manner:
(A) Kinesiology is a specialized area of sports Biomechanics.
(B) Sports Biomechanics is a specialized area of kinesiology.
(C) Kinesiology and sports Biomechanics are completely different.
(D) Kinesiology and sports Biomechanics are same.
Answer: (B)
5. There are different methods to measure reliability among them split-half method measures:
(A) External Consistency
(B) Internal Consistency
(C) External and internal consistency
(D) Neither internal nor external consistency
Answer: (B)
6. Statistical test of the significance of discrepancy between the observed and expected results
(A) Maximum ‘Lift’ and Minimum ‘Drag’
(B) Minimum ‘Lift’ and Maximum ‘Drag’
(C) Only ‘Lift’ but no ‘Drag’
(D) Only ‘Drag’ but no ‘Lift’.
Answer: (D)
4. Kinesiology and sports Biomechanics are related with one another in the following manner:
(A) Kinesiology is a specialized area of sports Biomechanics.
(B) Sports Biomechanics is a specialized area of kinesiology.
(C) Kinesiology and sports Biomechanics are completely different.
(D) Kinesiology and sports Biomechanics are same.
Answer: (B)
5. There are different methods to measure reliability among them split-half method measures:
(A) External Consistency
(B) Internal Consistency
(C) External and internal consistency
(D) Neither internal nor external consistency
Answer: (B)
6. Statistical test of the significance of discrepancy between the observed and expected results
is provided by:
(A) ANOVA
(B) ANCOVA
(C) MANCOVA
(D) Chi Square test
Answer: (D)
7. Observation is a method of collecting data of primary source. An important characteristic of
(A) ANOVA
(B) ANCOVA
(C) MANCOVA
(D) Chi Square test
Answer: (D)
7. Observation is a method of collecting data of primary source. An important characteristic of
this method is:
(A) Observation is not bias.
(B) Interpretation of observed data does not vary from person to person.
(C) Individuals observed may change their behaviour.
(D) Possibility of incomplete observation is not there.
Answer: (C)
8. In a research report, preliminary matters include:
(A) Title page, Acknowledgement, Appendixes
(B) References, Title page, Acknowledgement
(C) Title page, Acknowledgement, Table of contents
(D) Table of contents, References, Title page
Answer: (C)
9. Maximum heart rate reserve could be expressed as the difference between
(A) HRmax and HRexercise
(B) HRmax and 0.6 HRexercise
(C) HRmax and HRrest
(D) HRmax and 0.7 HRrest
Answer: (C)
10. If a weight lifter of 50 kg lifts 140 kg in clean and jerk then calculate the relative strength
(A) Observation is not bias.
(B) Interpretation of observed data does not vary from person to person.
(C) Individuals observed may change their behaviour.
(D) Possibility of incomplete observation is not there.
Answer: (C)
8. In a research report, preliminary matters include:
(A) Title page, Acknowledgement, Appendixes
(B) References, Title page, Acknowledgement
(C) Title page, Acknowledgement, Table of contents
(D) Table of contents, References, Title page
Answer: (C)
9. Maximum heart rate reserve could be expressed as the difference between
(A) HRmax and HRexercise
(B) HRmax and 0.6 HRexercise
(C) HRmax and HRrest
(D) HRmax and 0.7 HRrest
Answer: (C)
10. If a weight lifter of 50 kg lifts 140 kg in clean and jerk then calculate the relative strength
of the weight lifter
(A) 2.5
(B) 2.6
(C) 2.7
(D) 2.8
Answer: (D)
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