According to the research, the fibrocartilage ring that encircles the glenoid fossa is called the glenoid labrum.
<h3>What is the glenoid labrum?</h3>
It is a ring of tissue that is located surrounding the glenoid cavity, it is part of the anatomy of the scapula.
This fibrocartilage ring's main function is to reduce the friction that occurs between the humeral head and the glenoid cavity of the scapula.
Therefore, we can conclude that according to the research, the fibrocartilage ring that encircles the glenoid fossa is called the glenoid labrum.
Learn more about the glenoid labrum here: brainly.com/question/15071499
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Tiny sacs within the lungs
Answer:
A 17 year old with a resting heart rate of 62 bpm has a maximum hearth rate of 203 bpm, a hearth rate reserve of 141 bpm and target hearth rate between 161 and 182 bpm
Explanation:
Target heart rate is a measure used to calculate the range of heart rate that should be maintained during intense exercise.
Knowing a person's age and resting heart rate (RHR), a target heart rate calculation can be made from the maximum heart rate (MHR) and the hearth rate reserve (HRR)
Data:
- Age: 17 years old
- RHR: 68 bpm
The maximum heart rate is calculated by subtracting age from a constant value of 220, so:
- MHR = 220 - age
- MHR = 220 - 17
- MHR = 203 bpm
HRR is calculated by subtracting the resting heart rate (RHR) from the MHR value:
- HRR = MHR - RHR
- HRR = 203 - 62
- HRR = 141 bpm
THR is obtained by multiplying the HRR by 0.7 and 0.85, to obtain the range of heart rate in which the exercise can be performed.
- THR lower limit = (HRR x 0.7) + RHR Lower THR = (141 x 0.7) + 62 = 160.7 ≈ 161 bpm
- THR top limit = (HRR x 0.85) + RHR THR top = (141 x 0.85) + 62 = 181,85 ≈ 182 bpm
For the 17-year-old, the ideal target heart rate for an intense exercise is between the values of 161 and 182 bpm.
Answer:
FALSE!!!!!!!!!!!!!!!!!!!!!!!
Explanation:
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You're aorta pumps blood from your left ventricle into your body.
