Each bacterial species has a unique  

True or false: I will remember to use a non-phone calculator for the midterm. If I forget to bring one, I acknowledge that I may be at a relative disadvantage when answering some midterm questions.

According to Figure 5.23 in Herman Ch.5, what is the relationship between sarcomere length and the amount of tension a muscle can produce?

Instructions: 1. Print the exam and formula sheets. 2. Show each page to the Honorlock camera so that I can verify nothing has been added prior to starting the exam.3. Take the exam with the camera showing your entire workspace, including both hands, for the entire exam duration. The only items permitted in your work space during the exam are the printed exam with attached formula sheets, a pen and/or pencil, and a handheld calculator.4. When you finish the exam, show each page to the Honorlock camera. No changes may be made to your exam after showing your work to the Honorlock camera. 5. Upload your exam here.  To receive full credit, you must show all work for questions requiring calculations. Remember to apply the rules for significant figures when appropriate. Remember to include units when appropriate. Good luck! Exam: Chemistry Unit 4 Exam Formula sheets: Periodic table and formulas.pdf Element Names and Symbols.pdf

Which of the following muscles in the human body exhibit a pinnate fiber arrangement? (Select all that apply to get full credit.)

According to Figure 5.3 in Herman Ch.5 (and corresponding text), what are the two muscle fiber arrangements?

Use each tissue’s elastic modulus (in MPa) to calculate the stress (in MPa) needed to stretch the tissue to a strain of 0.01. femoral compact bone (E = 10,600) nails (E = 160) nerves (E = 10) skin (E = 0.3) coronary arteries (E = 0.1)

We have attempted to automate some of the grading of this quiz, particularly the fill-in-the-blank answers. If you have the correct answer but have misspelled or used a different capitalization, the auto-grading will mark it as wrong. Please do not worry. The grader will hand-grade your answers and give you the points earned.

A biomaterial is subjected to a tensile load of 80,000 N. Its cross-sectional area is 1 cm2. The elastic modulus for this biomaterial is 70 GPa. What strain results from this tensile load? (1 GPa = 109 Pa).  

Instructions:1. Print this quiz and formula sheets. 2. Show each page to the Honorlock camera so that I can verify nothing has been added prior to starting the quiz.3. Take the quiz with the camera showing your entire workspace, including both hands, for the entire quiz duration. The only items permitted in your workspace during the quiz are the printed exam with attached formula sheets, a pen and/or pencil, and a handheld calculator.4. When you finish the quiz, show each page to the Honorlock camera. No changes may be made to your quiz after showing your work to the Honorlock camera. 5. Upload your quiz in Canvas.  To receive full credit, you must show all work for questions requiring calculations. Remember to apply the rules for significant figures when appropriate. Remember to include units when appropriate. Good luck! Formula Sheets: Periodic table and formula sheets.pdf Quiz:  Quiz Oxidation-Reduction Rxns and Solution Stoichiometry