Answer:
personally i'd turn down the offer.
Say that you dont think you can make it and 10 is pretty late.
if you wanna take the offer.
Say something like, That sounds amazing ill meet you there.
Answer: The method used would be a clinical study design.
Explanation:
The clinical study design - This can be defined as research studies which involve the formulation of trials and experiments. The clinical study design can be seen as observational studies in medical, clinical and other types of research involving human beings
The diseases that cause considerable morbidity in adolescents and young adults are <u>sexually transmitted diseases</u>.
Sexually transmitted diseases (STDs) can be described as various diseases which spread from one person to another through sexual contact. Such diseases are common when people do not use proper precautionary measures at the time of sexual contact.
Some of the sexually transmitted diseases that cause high morbidity rates include HIV/AIDS, Chlamydia, Genital herpes, and syphilis.
Both men and women are at equal risk of sexually transmitted diseases but some diseases have a high morbidity ratio for females.
In order to decrease the risk of catching sexually transmitted diseases, it is essential to take proper precautionary measures. Young adults who have little knowledge about precautionary measures can suffer the most.
To learn more about sexually transmitted diseases, click here:
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-spadias that’s the suffix
Answer:
You'll have to find that A- can only receive with A- and O-, O- can only receive with O-, B- can only receive with B- and O-, and then AB- can only receive from AB-, B-, A-, and O-.
Explanation:
I believe if you have every blood type sample individually under the microscope, you can take another sample of everyone's blood type and start with O- under the microscope and see how it reacts. If it breaks up and looks separated, it is not the correct receiving blood type, but if is flush and all the same dark red color that isn't broken up at all, then that blood type can be received by the person. The O- blood type can ONLY receive O-, so you will have your first match (two matches because each blood group is represented by two people). You will have to continue you this process and go through each blood sample to see if they match. You'll have to find that A- can only receive with A- and O-, O- can only receive with O-, B- can only receive with B- and O-, and then AB- can only receive from AB-, B-, A-, and O-.
