Print Options

Card layout:

← Back to notecard set|Easy Notecards home page

Instructions for Side by Side Printing
  1. Print the notecards
  2. Fold each page in half along the solid vertical line
  3. Cut out the notecards by cutting along each horizontal dotted line
  4. Optional: Glue, tape or staple the ends of each notecard together
  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
Print these notecards...Print as a list

20 notecards = 5 pages (4 cards per page)

Viewing:

Chapter 10

front 1

The characteristic of muscle tissue that results more from its connective tissue components than from its muscle cells is

A) contractility.

B) excitability.

C) extensibility.

D) elasticity.

back 1

D

front 2

Eccentric contraction

A) generates force as the muscle lengthens.

B) generates force without changing the length of the muscle.

C) pulls the insertion toward the origin.

D) shortens the muscle.

back 2

A

front 3

This type of muscle attaches to bone, but may also attach to skin, cartilage, fascia or a raphe.

A) skeletal muscle

B) smooth muscle

C) cardiac muscle

back 3

A

front 4

An aponeurosis

A) connects a muscle to underlying structures through a flat sheet or web.

B) consists of a neuron and all the muscle fibers it innervates.

C) is a type of direct attachment of muscle to bone.

D) is the junction between the axon terminus of a neuron to an individual muscle fiber.

back 4

A

front 5

Of the various types of skeletal muscle fibers, the ones with the thinnest myofibrils are

A) slow oxidative fibers.

B) fast glycolytic fibers.

C) fast oxidative fibers.

D) slow glycolytic fibers.

back 5

A

front 6

The biceps and the deltoid muscle are of this type.

A) skeletal muscle

B) smooth muscle

C) cardiac muscle

back 6

A

front 7

As skeletal muscles enlarge in a weight lifter, all of the following occur except

A) muscle cells divide mitotically.

B) muscle cells grow larger.

C) myofilaments become more abundant in the muscle cells.

D) myofibrils become more abundant in the muscle cells.

back 7

A

front 8

Both cardiac muscle and this type of muscle are called involuntary.

A) skeletal muscle

B) smooth muscle

C) cardiac muscle

back 8

B

front 9

Which type of muscle fiber has caveolae but no T tubules?

A) skeletal

B) cardiac

C) smooth

D) white

back 9

C

front 10

Myoglobin

A) binds and stores oxygen for ATP production.

B) is found within the T tubules.

C) is released by the sarcoplasmic reticulum.

D) provides energy for contraction.

back 10

A

front 11

Visceral muscle refers to

A) skeletal muscle and cardiac muscle.

B) cardiac muscle and smooth muscle.

C) skeletal muscle and smooth muscle.

D) smooth muscle only.

back 11

B

front 12

This type of muscle is found in the heart.

A) skeletal muscle

B) smooth muscle

C) cardiac muscle

back 12

C

front 13

In limbs, the insertions of muscles almost always lie ________ to their origins.

A) proximal

B) distal

C) lateral

D) posterior

back 13

B

front 14

Of the various types of skeletal muscle fibers, the fibers that experience fatigue sooner are

A) slow oxidative fibers.

B) fast glycolytic fibers.

C) fast oxidative fibers.

D) slow glycolytic fibers.

back 14

B

front 15

Identify the letter that indicates the muscle fiber

a. tendon

b. epimysium

c. fascicle (wrapped by perimysium)

d. endomysium (between individual muscle fibers)

e. muscle fiber

back 15

E

front 16

Identify the letter that indicates the epimysium

a. tendon
b. epimysium
c. fascicle (wrapped by perimysium)
d. endomysium (between individual muscle fibers)
e. muscle fiber

back 16

B

front 17

This structure is composed entirely of dense regular connective tissue and connects bone to muscle

a. tendon
b. epimysium
c. fascicle (wrapped by perimysium)
d. endomysium (between individual muscle fibers)
e. muscle fiber

back 17

A

front 18

This structure is composed of thick (myosin) filaments

a. I band

b. sarcomere

c. thin (actin) filament

d. elastin (titin) filament

e. myosin heads

back 18

E

front 19

Identify the letter that indicates the titin filament

a. I band
b. sarcomere
c. thin (actin) filament
d. elastin (titin) filament
e. myosin heads

back 19

D

front 20

This structure is the basic unit of contraction

a. I band
b. sarcomere
c. thin (actin) filament
d. elastin (titin) filament
e. myosin heads

back 20

B