Answer:
c) Whenever heartburn occurs (prn) Q.I.D.
Explanation:
- Antacids are OTC drugs (no prescription needed) used to treat heartburn. They are usually salts (aluminium, calcium or magnesium) that neutralize the excess of acid in the stomach.
- Examples of antacids are: Pepto Bismol (P&G), Maalox (SANOFI) and Tums (GSK)
- There are other types of medications that control heartburn, but they do it through a different mechanism: instead of neutralizing the excess of acid, they inhibit the production of acid in the stomach. These are: PPIs (Proton Pump Inhibitors) and H2 inhibitors/blockers. These medications have important side effects and interactions, which is why they shouldn't be taken instead of an antacid to relief sporadic heartburn symptoms.
- Ranitidine (Zantac, by SANOFI) is an example of an H2 inhibitor, and Pantoprazole (Protonix, by Pfizer) is an example of a PPI.
- People who present heartburn only from time to time and have no underlying reflux disease are not prescribed PPIs or H2 inhibitors. It is advised that they take antacids after meals when heartburn occurs, but not in a routinely manner and not for more than 2 weeks. If symptoms persist or worsen, clients should see a doctor.
- Diet and lifestyle changes are also recommended for people who present heartburn; these include: avoiding foods that trigger it such as fried and spicy food & carbonated beverages, eating smaller meals, maintaining a healthy weight, avoiding smoking, and avoiding lying down after eating.
Are u asking what it looks like or what form its comes in
Aerobic exercise stimulates the heart rate and breathing rate to increase in a way that can be sustained for the exercise session. In contrast, anaerobic ("without oxygen") exercise is activity that causes you to be quickly out of breath, like sprinting or lifting a heavy weight.
According to the relationship between force and acceleration, described in Newton's 2nd law of motion, increasing the force of the object would also increase the objects acceleration in the same direction to which the force is applied. It essentially starts to move even faster, than it had been before. Since the object is accelerating it changing its speed at an even faster rate.
