a. front of the upper arm between the shoulder and the elbow
b. upper arm, lies deeper than the biceps brachii
c. external body
d. beneath the skin
e. back of the upper limb
f. arm; runs from shoulder to elbow
g. beneath the skin, lowermost layer of the integumentary (skin) system in vertebrates
h. upper limb
i. upper limb
j. posterior arm and posterior forearm
k. upper arm; continues down the ventral surface of the arm until it reaches the cubital fossa at the elbow
hope this helps :)
Answer:
Restrictive lung disease.
Explanation:
Restrictive lung disease may be defined as medical condition in which the lungs cannot be fully expanded. The lung capacity is decreased in this pulmonary disease.
Restrictive lung disease may decrease the inspiratory volume of the lungs whereas the expiratory volume is normal of an individual. This disease may get worse over time.
Thus, the correct answer is option (b).
Cardiorespiratory endurance is considered the most important aspect of physical fitness because it reduces the risk of chronic disease and improves the quality of life.
<h3>What is Cardiorespiratory Endurance?</h3>
- A person's cardiorespiratory endurance is a sign of their general physical health. Cardiorespiratory endurance tests keep track of how well the heart, lungs, and muscles function when engaging in moderate to vigorous exercise.
- A person may be able to continue engaging in physical exercise for longer by improving their cardiorespiratory endurance. This boosts oxygen uptake in the heart and lungs.
- Cardiorespiratory fitness is often referred to as cardiovascular fitness, cardiovascular endurance, and cardiorespiratory endurance.
- Cardiorespiratory endurance gauges the body's capacity for sustained activity. High cardiorespiratory endurance allows a person to perform high-intensity activities for an extended amount of time without becoming fatigued.
- How well a person's body absorbs and uses oxygen is a key factor in determining their cardiorespiratory endurance.
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Someone laid low with osteomalacia is liable to institutional <u>bone fractures</u>.
The maximum commonplace reason for osteomalacia is a loss of diet D. In kids osteomalacia is referred to as rickets humans at risk for developing gentle bones generally possess one or more bone factors associated with low nutrition D stages. these hazardous elements may come from environmental, genetic, and dietary sources.
All and sundry who would not have enough vitamin D are in danger of developing osteomalacia. The best source of nutrition D is sunshine on pores and skin a few humans don't get sufficient sunshine on their pores and skin and this increases their chances.
Learn more about osteomalacia here
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