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5 Question Assignment Due Friday !!! You are only allowed to use content found in my blackboard. No content from the internet is accepted unless told otherwise in each prompt. BIOquestion1.docx BIOquestion2.docx BIOquestion5.docx BIOquestion4.docx BIOquestion3.docx Place Your Order Here!
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Effect of Temperature on Enzyme Activity Figure 4: Catalase catalyzes the decomposition of hydrogen peroxide to water and oxygen. Yeast cells contain catalase, an enzyme which helps convert hydrogen peroxide to water and oxygen. This enzyme is very significant as hydrogen peroxide can be toxic to cells if allowed to accumulate. The effect
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Muscle Fatigue Data Trial Time (seconds) Trial 1 Trial 2 Trial 3 Post-Lab Questions 1. What happened to the time intervals between Trial 1 and Trial 3? What caused this change? 2. Identify three muscles which were engaged during the wall-sit. 3. Explain the biochemical reasoning behind muscle fatigue. © 2013 eScience Labs, LLC.
Explain the biochemical reasoning behind muscle fatigue. Read More »
Muscle Fatigue Data Trial Time (seconds) Trial 1 Trial 2 Trial 3 Post-Lab Questions 1. What happened to the time intervals between Trial 1 and Trial 3? What caused this change? 2. Identify three muscles which were engaged during the wall-sit. 3. Explain the biochemical reasoning behind muscle fatigue. © 2013 eScience Labs, LLC.
Identify three muscles which were engaged during the wall-sit. Read More »
Muscle Fatigue Data Trial Time (seconds) Trial 1 Trial 2 Trial 3 Post-Lab Questions 1. What happened to the time intervals between Trial 1 and Trial 3? What caused this change? 2. Identify three muscles which were engaged during the wall-sit. 3. Explain the biochemical reasoning behind muscle fatigue. © 2013 eScience Labs, LLC.
Muscle Fatigue Data Trial Time (seconds) Trial 1 Trial 2 Trial 3 Post-Lab Questions 1. What happened to the time intervals between Trial 1 and Trial 3? What caused this change? 2. Identify three muscles which were engaged during the wall-sit. 3. Explain the biochemical reasoning behind muscle fatigue. © 2013 eScience Labs, LLC.
Muscle Fatigue Data Read More »
ATP and Muscle Fatigue Muscles require energy to contract. Energy is released when biomolecules such as sugars and fats are broken down, and is stored in the form of ATP. ATP enables muscle contraction, but can only be stored in relatively small amounts. For this reason, the body must continually metabolize new ATP molecules. Muscle
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Gross Anatomy Data Movement Muscle(s) Activated Action(s) of Muscle(s) 1. Forearm Extended (Step 1) 2. Fingers Extended and Splayed (Step 1) 3. Fingers Retracted (Step 1) 4. Forearm Pressed Down Upon (Step 2) 5. Elbow Bent (Step 3) 6. Arm Raised to Side with Heavy Object (Step 4) 7. Arm Extended Back with Heavy Object (Step 4) 8. (lower limbs; student
Which muscle(s) were used to extend and splay your fingers outward? Read More »
Gross Anatomy Data Movement Muscle(s) Activated Action(s) of Muscle(s) 1. Forearm Extended (Step 1) 2. Fingers Extended and Splayed (Step 1) 3. Fingers Retracted (Step 1) 4. Forearm Pressed Down Upon (Step 2) 5. Elbow Bent (Step 3) 6. Arm Raised to Side with Heavy Object (Step 4) 7. Arm Extended Back with Heavy Object (Step 4) 8. (lower limbs; student
Which muscle(s) were used to extend your arm backwards? Read More »