Answer:
1. bulbospongiosus
2. transverse perineal muscle
3. ischiocavernosus
4. Gluteus maximus
5. levator ani
Explanation:
The layer of muscles present at bottom of the pelvis and support the pelvic organs are known as the pelvic floor muscles.
There are five pelvic floor muscles that are common in both the males and the females. The names of these muscles are-
1. bulbospongiosus
2. transverse perineal muscle
3. ischiocavernosus
4. Gluteus maximus
5. levator ani
Answer:
BBBBBBBBBBBBBBBB im not sureeee hehe
As popularly agreed, education has a positive impact on agricultural output. ... In other words, farmers with good education possess improved decision-making skills and hence better manage resources to exploit farms of various sizes.
Answer:
The correct answer to the question: The pineal body secretes which hormone that maintains the body´s internal clock, the 24-hour wake-sleep cycle, and regulates the onset and duration of sleep?, would be, C: Melatonin.
Explanation:
The process of sleep and wakefulness, also called the circadian cycle, its a pretty complex system that is controlled by several parts of the brain, but most importantly, structures of the diencephalon (vital is the hypothalamus), the pineal gland, and the stem of the brain. All these structures, and some others, respond to changes both in light perception by the eyes and other senses, heat, and homeostatic balances. These factor play a vital role in telling the human body that it is time for sleep, or to awaken. The pineal gland, as part of this melody, is essential, as it secretes the hormone, melatonin, in response to light changes. Melatonin will balance out the process of sleep, when it is secreted in high quantities by the pineal gland, and wakefulness, when it is no longer secreted in response to the presence of light. This is what is called the circadian cycle.
Answer:
2.63 ml of diluent should be added to prepare an injection containing capreomycin, 300 mg/mL
Explanation:
300 mg/ml is 0.3 g/ml
1g of capreomycin was contained
volume of solution = mass of capreomycin / ( concentration of capreomycin solution)
= ( 1g) / ( 0.3g/ml) = 3.33 ml
Now when 2.15 ml diluent added we got solution volume as 2.85 ml
Therefore, volume by capreomycin = 2.85 - 2.15 = 0.7 ml
1g capreomycin occupies 0.7 ml
volume of dilent needed = injection volume - volume occupied by capreomycin
volume of dilent needed = 3.33ml - 0.7ml
volume of dilent needed = 2.63 ml