Answer:
52.5 gm
Explanation:
350 g * 15 % = 350 * .15 = 52.5 gm
Answer:
2.1 liter.
Explanation:
Homeostasis may be defined as the phenomena of the maintenance of the internal environment of the body irrespective of the change in the external or internal environment.
The water consumption is important for the body as the human's body consists of more than 60% water.
The water consumption can be calculated as follows:
Water consumption = water loss - water produced.
Water loss from exercise = 2000 ml = 2 liter, 300 ml was lost during from metabolism = 0.3 liter.
The water produced = 200 ml = 0.2 liter.
The water consumption = 2 L + 0.3 L - 0.2 L
Total water consumption done by the body = 2.1 liter.
Thus, the answer is 2.1 liter.
Answer:
it's depend upon scientists
The nursing staff actions which would positively influence the client’s behavior who is diagnosed with cerebral arteriosclerosis is to help:
- Regain the balance of the patient
- Position the patient to prevent contractures,
- Position the patient to relieve pressure
<h3>Cerebral arteriosclerosis</h3><h3 />
Cerebral arteriosclerosis can simply be defined as a health condition or health problem which is characterized by the of thickening and hardening of the walls of the arteries in the brain.
They general symptoms of this cerebral arteriosclerosis include the following:
- Facial pains
- Impaired vision
So therefore, the nursing staff actions which would positively influence the client’s behavior is to help
- Regain the balance of the client
- Position the client to prevent contractures,
- Position the client to relieve pressure
Learn more about arteriosclerosis:
brainly.com/question/2347244
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Answer:
The portion of the uterus that changes during the uterine cycle is the :
<em>e) functional layer of endometrium</em>
Explanation:
In every uterine or menstrual cycle when pregnancy did not occur, the uterus sloughs off its thin and superficial functional layer; this is known as <em>menstruation.</em>
The basal layer or <em>stratum basali</em> of endometrium is responsible for the regeneration of the functional layer, every cycle after the menstruation period.
