Muscles test
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Last updated 3 months ago
43 questions
1
Identify the actions of the soleus
Identify the actions of the soleus
1
Muscle tissue's characteristic of excitability means it can experience exhaustion leading to irritability.
Muscle tissue's characteristic of excitability means it can experience exhaustion leading to irritability.
1
Identify the actions of the tibialis anterior
Identify the actions of the tibialis anterior
1
Identify the actions of the vastus lateralis
Identify the actions of the vastus lateralis
1
What muscle is labelled X in the diagram below?
What muscle is labelled X in the diagram below?
1
What muscle is shown in the diagram below?
What muscle is shown in the diagram below?

1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
1
State the name of the labelled muscle
State the name of the labelled muscle
5
There are three types of muscle tissue in the human body: Skeletal, Smooth, and Cardiac. Watch the video about these muscle types: (use the blue link)
Next, for each muscle type, determine its:- location
- a picture of the tissue
- appearance
- whether the muscle is voluntary or involuntary (can be used more than once)
- how many nuclei are in the cells of the muscle type
There are three types of muscle tissue in the human body: Skeletal, Smooth, and Cardiac. Watch the video about these muscle types: (use the blue link)
Next, for each muscle type, determine its:
- location
- a picture of the tissue
- appearance
- whether the muscle is voluntary or involuntary (can be used more than once)
- how many nuclei are in the cells of the muscle type
- Appearance: Smooth
- Voluntary
- cells contain multiple nuclei
- Location: Walls of the Heart
- Location: Connected to bones
- cells contain one or two nuclei
- Appearance: Striated
- cells contain one nuclei
- Involuntary
- Location: Blood vessels, digestive tract
- Skeletal muscle
- Smooth muscle
- Cardiac muscle
7
Using the information above, match the following muscles with their type.
Using the information above, match the following muscles with their type.
- The muscle surrounding the left ventricle of the heart
- The muscle surrounding the right atrium of the heart
- The biceps brachii (helps to bend the elbow)
- The muscle surrounding the stomach and small intestine
- The sternocleidomastoid (helps us shake our head 'yes' and 'no')
- The muscle surrounding the aorta (the main artery running through the abdominopelvic cavity)
- The abdominal muscles (the "six pack" muscles)
- Skeletal muscle
- Smooth muscle
- Cardiac muscle
1
What are common symptoms of Fibromyalgia?
What are common symptoms of Fibromyalgia?
1
How is Muscular Dystrophy characterized?
How is Muscular Dystrophy characterized?
1
Why is Medial Tibial Stress Syndrome commonly known as 'shin splints'?
Why is Medial Tibial Stress Syndrome commonly known as 'shin splints'?
1
How do the effects of a sprain differ from those of a strain?
How do the effects of a sprain differ from those of a strain?
1
Prime movers (agonists) are muscles that cause movement in the same direction as the main muscles.
Prime movers (agonists) are muscles that cause movement in the same direction as the main muscles.
1
A synergist muscle aids an antagonist muscle by preventing unnecessary movement.
A synergist muscle aids an antagonist muscle by preventing unnecessary movement.
1
In performing a plantar flexion movement, the ankle is bent inwards and the toes point upwards.
In performing a plantar flexion movement, the ankle is bent inwards and the toes point upwards.
1
Pair the terms related to neuromuscular junction with their definitions.
Pair the terms related to neuromuscular junction with their definitions.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Muscle Contraction | arrow_right_alt | Action Potential |
Nerve Impulse | arrow_right_alt | Neurotransmitter |
Ach release | arrow_right_alt | Stimulated via nerve impulse |
1
Extensibility in muscle tissue refers to its ability to extend beyond its normal resting length without being damaged.
Extensibility in muscle tissue refers to its ability to extend beyond its normal resting length without being damaged.
1
During elbow flexion, the antagonist muscle is the bicep brachii.
During elbow flexion, the antagonist muscle is the bicep brachii.
1
In the complex architecture of the sarcomere, what is the specific function of actin?
In the complex architecture of the sarcomere, what is the specific function of actin?
1
What triggers the muscle contraction at the neuromuscular junction?
What triggers the muscle contraction at the neuromuscular junction?
1
Elasticity in muscle tissue refers to its ability to return to its original form after being stretched or contracted.
Elasticity in muscle tissue refers to its ability to return to its original form after being stretched or contracted.
1
What is the main function of myosin in the sarcomere structure?
What is the main function of myosin in the sarcomere structure?
1
Contractility in muscle tissue allows it to decrease its size which results to muscle contraction.
Contractility in muscle tissue allows it to decrease its size which results to muscle contraction.