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BIO 201 EXAM 3 |COMPLETE QUESTIONS WITH 100% RATED EXPERT SOLUTIONS |2026 LATEST UPDATED

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BIO 201 EXAM 3 |COMPLETE QUESTIONS WITH 100% RATED EXPERT SOLUTIONS |2026 LATEST UPDATED

Institution
BIO 201
Module
BIO 201

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BIO 201 EXAM 3 |COMPLETE QUESTIONS WITH 100% RATED

EXPERT SOLUTIONS |2026 LATEST UPDATED

Describe the 3 kinds of muscle tissue - (answer)skeletal, cardiac, smooth




Explain the major purpose of muscle - (answer)converting the chemical energy in ATP into the

mechanical energy of motion




List the functions of muscles - (answer)movement of whole body, body parts, organ contents




stability: maintain posture and prevent movement




communication: speech, facial expression and writing




control of opening and passageways: sphincters (internal muscular rings)




body heat production

,Characterize the connective tissues of a muscle - (answer)fascia: separates neighboring muscles

or muscle groups from each other and the subcutaneous tissue; deep (found between adjacent

muscles) and superficial/hypodermis (found between skin and muscles, contains adipose tissue)




epimysium: fibrous sheath surrounding the entire muscle, outer surface grades into the fascia




perimysium: surround fascicles (bundles of muscle fibers), carry larger nerves and blood vessels,

and stretch receptors




endomysium: thin sleeve of loose connective tissue surrounding each muscle fiber/cell, allows

room for capillaries and nerve fibers to reach each muscle fibers




Describe the connective tissue elements and how they merge with other tissues - (answer)tendons

(attachments between muscle and bone): dense-regular connective tissue composed of collagen

fibers; the epimysium surrounding the entire muscle is continuous with collagen fibers of

tendons which, in turn, are continuous with connective tissue (periosteum) of bone




collagen is somewhat extensible and elastic; stretches slightly under tension, recoils when

released; resists excessive stretching and protects muscle from injury, returns muscle to its

resting length, contribute to power output and muscle efficiency

,Explain the role of collagen in connective tissues - (answer)collagen is somewhat extensible and

elastic; stretches slightly under tension, recoils when released; resists excessive stretching and

protects muscle from injury, returns muscle to its resting length, contribute to power output and

muscle efficiency




List the skeletal muscle shapes and examples - (answer)fusiform muscles: thick in middle and

tapered at end (biceps brachii, gastrocnemius)




triangular/convergent muscles: broad at origin and tapering to a narrower insertion (pectoralis

major, temporalis)




parallel muscles: parallel fascicles, can span longer distances than other shapes (rectus

abdominis, zygomaticus major)




circular muscles: act as sphincters, ring around body opening (orbicularis oculi, urethral and anal

sphincters)




pennate muscles: fascicles insert obliquely on a tendon (feather shaped); unipennate, bipennate,

or multipennate (palmar interosseus, rectus femoris and deltoid)

, Describe the ways in which muscles attach to bone - (answer)indirect: tendons attach muscle to

bone; collagen fibers of endo-, peri-, and epimysium continue into the tendon, from there the

tendon merges into the periosteum of bone, very strong structural continuity from muscle to bone

(stress will tear the tendon before pulling it loose from either muscle or bone) (i.e. biceps brachii,

calcaneal/Achilles tendon), aponeurosis: tendon is a broad, flat sheet (like palmar aponeurosis)




direct/fleshy: little spearation b/n muscle and bone, muscle seems to immerge directly from bone,

margins of brachialis, lateral head of triceps brachii




some skeletal muscles insert in dermis of skin (muscles of facial expression)




tendons attach muscle to bone - (answer)




Define origin and insertion - (answer)origin: bony attachment at the stationary end of muscle




insertion: bony attachment to mobile end of muscle




Describe the functional groups of muscles and give an example - (answer)action: the effects

produced by a muscle (to produce or prevent movement)

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