Determine the muscles involved in common movements Lists the joints used Discuss the physiology of the movement Movements: Jumping (search spring actuated models) Frog Muscles involved: quadriceps, hamstrings, and glutes Joints: hip joint, knee joint, and ankle joint Physiology of the movement: The moment when the frog jumps, such as a catapult or archer’s bow, the tendons which wrap around the ankle release energy, which causes a rapid extension of the ankle that drives the frog forward. Grasshopper Muscles involved: Joints: Physiology of the movement: Dolphin Muscles involved: peduncle (in the tail section) Joints: Physiology of the movement: Running Elephant Muscles involved: Joints: Physiology of the movement: Cheetah Muscles involved: Joints: Physiology of the movement: Iguana (or any lizard with a tail) Muscles involved: Joints: Physiology of the movement: Flying/Gliding/Swimming Hummingbird Muscles involved: Joints: Physiology of the movement: Albatross Muscles involved: Joints: Physiology of the movement: Flying insect – pick a well-adapted flying insect Muscles involved: Joints: Physiology of the movement: Penguin Muscles involved: Joints: Physiology of the movement:
Determine the muscles involved in common movements Lists the joints used Discuss the physiology of the movement Movements: Jumping (search spring actuated models) Frog Muscles involved: quadriceps, hamstrings, and glutes Joints: hip joint, knee joint, and ankle joint Physiology of the movement: The moment when the frog jumps, such as a catapult or archer’s bow, the tendons which wrap around the ankle release energy, which causes a rapid extension of the ankle that drives the frog forward. Grasshopper Muscles involved: Joints: Physiology of the movement: Dolphin Muscles involved: peduncle (in the tail section) Joints: Physiology of the movement: Running Elephant Muscles involved: Joints: Physiology of the movement: Cheetah Muscles involved: Joints: Physiology of the movement: Iguana (or any lizard with a tail) Muscles involved: Joints: Physiology of the movement: Flying/Gliding/Swimming Hummingbird Muscles involved: Joints: Physiology of the movement: Albatross Muscles involved: Joints: Physiology of the movement: Flying insect – pick a well-adapted flying insect Muscles involved: Joints: Physiology of the movement: Penguin Muscles involved: Joints: Physiology of the movement:
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter8: Muscle Physiology
Section: Chapter Questions
Problem 1SQE
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- Determine the muscles involved in common movements
- Lists the joints used
- Discuss the physiology of the movement
Movements:
- Jumping (search spring actuated models)
- Frog
- Muscles involved: quadriceps, hamstrings, and glutes
- Joints: hip joint, knee joint, and ankle joint
- Physiology of the movement: The moment when the frog jumps, such as a catapult or archer’s bow, the tendons which wrap around the ankle release energy, which causes a rapid extension of the ankle that drives the frog forward.
- Grasshopper
- Muscles involved:
- Joints:
- Physiology of the movement:
- Dolphin
- Muscles involved: peduncle (in the tail section)
- Joints:
- Physiology of the movement:
- Frog
- Running
- Elephant
- Muscles involved:
- Joints:
- Physiology of the movement:
- Cheetah
- Muscles involved:
- Joints:
- Physiology of the movement:
- Iguana (or any lizard with a tail)
- Muscles involved:
- Joints:
- Physiology of the movement:
- Elephant
- Flying/Gliding/Swimming
- Hummingbird
- Muscles involved:
- Joints:
- Physiology of the movement:
- Albatross
- Muscles involved:
- Joints:
- Physiology of the movement:
- Flying insect – pick a well-adapted flying insect
- Muscles involved:
- Joints:
- Physiology of the movement:
- Penguin
- Muscles involved:
- Joints:
- Physiology of the movement:
- Hummingbird
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