Answer: I will try to do the best I can to finish the project
Explanation: I don't need to wait for her to do the project because is going to affect my grades but because in this case I just have two days to do the project I will do my best to finish it. If I don't have much of the project done I will tell the teacher about it and see if I can get a few days. If the teacher gives me some days to do it later I will sit with my friend and will tell her what's going on, the words I would use are:
<em>"Listen, I know you are dating someone but school is important and we need to finish this. if you are not going to help me to do the project I will do it on my own but I won't add your name, is not fair that you are having fun and I have to do all the work".</em>
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Is not because I am a bad friend but there are responsibilities and when it comes to school is first. Boyfriends come and go but if I don't do my project that will affect me in the future.
Under what circumstances can a very small treatment effect be statistically significant?
The ideal in sampling is to have as big a sample as possible and as small a variance as possible. The idea being that if you observe more and everything you observe is practically the same then you can be pretty darn sure of the population value.
- You are at a higher risk for getting lung cancer.
- You are at a higher risk for living a shorter life compared to non-smoking people.
- You are at a higher risk for depression.
There are two kinds of digestion: mechanical and chemical. Mechanical digestion involves physically breaking the food into smaller pieces. Mechanical digestion begins in the mouth as the food is chewed. Chemical digestion involves breaking down the food into simpler nutrients that can be used by the cells.
Answer:
If capnography were in use, an ETCO2 level of less than 10 mmHg would indicate to the team that there could be a problem with the quality of chest compressions.
Explanation:
Capnography is a non-invasive method to measure the concentration or partial pressure of carbon dioxide (CO2) in respiratory gases, which represents a sensitive index of the patient's breathing quality. A capnography monitor is used for measuring end-tidal CO2 (EtCO2) at the end of exhalation. The normal ETCO2 values in adult patients range from 35-45 mmHg. A low ETCO2 value may be indicative of poor systemic perfusion (i.e., the heart is unable to supply sufficient oxygen-rich blood to the tissues), which can be caused by hypovolemia, sepsis, dysrhythmias, etc. High-quality chest compressions are achieved when ETCO2 is at least 10-20 mmHg.
