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- Question : 1IP - Locate and read three articles from the scientifi c literature that report the results of biomechanical investigations. (The Journal of Biomechanics, the Journal of Applied Biomechanics, and Medicine and Science in Sports and Exercise are possible sources.) Write a one-page summary of each article, and identify whether the investigation involved statics or dynamics and kinetics or kinematics.
- Question : 2IP - List 8
- Question : 3IP - Write a brief discussion about how knowledge of biomechanics may be useful in your intended profession or career.
- Question : 4IP - Choose three jobs or professions, and write a discussion about the ways in which each involves quantitative and qualitative work.
- Question : 5IP - Write a summary list of the problem-solving steps identified in the chapter, using your own words.
- Question : 6IP - Write a description of one informal problem and one formal problem.
- Question : 7IP - Step by step, show how to arrive at a solution to one of the problems you described in Problem 6.
- Question : 8IP - Solve for x in each of the equations below. Refer to Appendix A for help if necessary. a. x 5 53 e. x2 5 27 1 35 h. 7 3 5 5 240 1 x b. 7 1 8 5 x/3 f. x 5 179 i. 33 5 x/2 c. 4 3 32 5 x 3 8 g. x 1 3 5 138 j. 15 2 28 5 x 3 2 d. 215/3 5 x 1 1 (Answers: a. 125; b. 45; c. 4.5; d. 26; e. 7.9; f. 8.9; g. 3.2; h. 75; i. 54; j. 26.5)
- Question : 9IP - Two schoolchildren race across a playground for a ball. Tim starts running at a distance of 15 m from the ball, and Jan starts running at a distance of 12 m from the ball. If Tim
- Question : 10IP - A 0.5 kg ball is kicked with a force of 40 N. What is the resulting acceleration of the ball? (Answer: 80 m/s2)
- Question : 1AP - Select a specifi c movement or sport skill of interest, and read two or three articles from the scientific literature that report the results of biomechanical investigations related to the topic. Write a short paper that integrates the information from your sources into a scientifically based description of your chosen movement.
- Question : 2AP - When attempting to balance your checkbook, you discover that your figures show a different balance in your account than was calculated by the bank. List an ordered, logical set of procedures that you may use to discover the error. You may use list, outline, or block diagram format.
- Question : 3AP - Sarah goes to the grocery store and spends half of her money. On the way home, she stops for an ice cream cone that costs $0.78. Then she stops and spends one-fourth of her remaining money to settle a $5.50 bill at the dry cleaners. How much money did Sarah have originally? (Answer: $45.56)
- Question : 4AP - Wendell invests $10,000 in a stock portfolio made up of Petroleum Special at $30 per share, Newshoe at $12 per share, and Beans & Sprouts at $2.50 per share. He places 60% of the money in P.S., 30% in N, and 10% in B & S. With market values changing (P.S. down $3.12, N up 80%, and B & S up $0.20), what is his portfolio worth six months later? (Answer: $11,856)
- Question : 5AP - The hypotenuse of right triangle ABC (shown here) is 4 cm long. What are the lengths of the other two sides? (Answer: A 5 2 cm; B 5 3.5 cm)
- Question : 6AP - In triangle DEF, side E is 4 cm long and side F is 7 cm long. If the angle between sides E and F is 50 degrees, how long is side D? (Answer: 5.4 cm)
- Question : 7AP - An orienteer runs 300 m north and then 400 m to the southeast (at a 45
- Question : 8AP - John is out for his daily noontime run. He runs 2 km west, then 2 km south, and then runs on a path that takes him directly back to the place he started at. a. How far did John run? b. If he has run at an average speed of 4 m/s, how long did the entire run take? (Answers: a. 6.83 km; b. 28.5 min)
- Question : 9AP - John and Al are in a 15 km race. John averages 4.4 m/s during the first half of the race and then runs at a speed of 4.2 m/s until the last 200 m, which he covers at 4.5 m/s. At what average speed must Al run to beat John? (Answer: . 4.3 m/s)
- Question : 10AP - A sailboat heads north at 3 m/s for 1 hour and then tacks back to the southeast (at 45

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