False Chemical cold packs should be stored in a refrigerator.
A chemical cold pack consists of a bag within a bag. The inner bag contains water. The outer bag typically contains urea or ammonium nitrate. When the inner bag is broken, the water mixes with the chemical in the outer bag, dissolving it. As the chemical dissolves, this is an endothermic reaction. As the reaction absorbs energy, the device cools down.
This cooling will occur independent of whether the cold pack is stored in the refrigerator or not.
Cardio respiratory i believe. correct me if i’m wrong
Answer:
The correct answer would be option C, Carbohydrates give living things energy.
Explanation:
All living things need food to get energy in order to perform the day to day activities. There are many sources of energy. Different types of food make up different sources of energy. There are many sources of energy like carbohydrates, fats, proteins, Vitamins, etc. Carbohydrates are the sugars, starches and fibers, that are present in foods like fruits, vegetables and dairy products. Carbohydrates are considered to be most effective way of providing the energy to the human body. So athletes use carbohydrates before competition in order to get a lot of energy so that they cannot run out of energy during the competition.
It would take<u> 125 minutes</u> to infuse the ns if the set delivers 10 gtt/ml. By taking the following factors into account: - The volume should be given in milliliters. - Time is expressed in minutes or hours. - Adjust the drop factor in gtts/ml.
Given, 500 ml of ns:
10 x 500 = 5,000 drops
10 drops per milliliter is 10 gtt/mL.
So, for 500 mL, you will receive:
Given that the flow rate is 40 gtt/min,
or 40 drops each minute,
we may calculate the number of minutes by dividing the total drops by 40:
5,000/40 = 125 minutes
How can I ensure that the infusion is administered at the prescribed rate?
If a provider orders an intravenous fluid infusion, this health app can assist you in ensuring that the fluid administered is given at the prescribed rate.
To learn more about Infusion rate (gtt/min) , visit
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