Answer:
4ml
Explanation:
80 × 0.25 = 20
Patient will need 20mg/day;
There are 50mg in 10ml, and we the patient needs 20mg so we can use ratios;
50 : 10
20 : x
20/50 = x/10
x = 4ml
Answer:
The correct answer to the questions: What is the name of the medical term for an abnormal condition of artery hardening, and why is it dangerous to have this disease? would be as follows:
1. The name of the disease in which the walls of the arteries become hardened and the lumen of the vessels through which the blood flows become constricted, is atherosclerosis, or also arteriosclerotic vascular disease. This disease speaks about the deposition of fatty and triglyceride globes on the walls of the arteries, causing an obstruction of the lumen, and therefore difficulting the passage of blood through them. Also, these deposits make the normal flexibility and resilience of the arteries much less, which is why it seems like the vessels were becoming hardened.
2. It is a very dangerous condition precisely because of what it implies. First, by reducing the blood flow through the arteries, the organs that depend on the proper arrival of oxygenated blood to them, and the removal of waste, for proper functioning, start to suffer the consequences. One such organs are the kidneys, whose cells begin to die, and the organ to be damaged, due to a lack of proper oxygenation, and because they have to work double to filter the blood that flows to them. The other reason is that the body responds to the lowering of blood flow by increasing arterial pressure on the walls. This further decreases flow due to obstruction, and also increases the suffering of the organs, like the kidneys. If atherosclerotic disease is not controlled, it can lead to permanent loss of organs, and even death.
The statement indicating that 'Flat temperature solubility profile is preferred to avoid Ostwald ripening' is TRUE.
<h3>What is Ostwald ripening?</h3>
The expression 'Ostwald ripening' refers to the process observed in solids/liquids that modifies the non-homogeneous molecular structure.
For example, 'Ostwald ripening' describes how different crystals can dissolve, and then form redeposits.
Temperature is a factor that alters Ostwald ripening properties by influencing their interfacial energy.
Learn more about Ostwald ripening here:
brainly.com/question/15171697
