Answer:
- Communication barriers: patient's condition, competing demands, lack of privacy
- Effective communication can be achieved by having patience, showing respect, waiting for the patient to finish speaking, using clear and sincere language
- Good therapeutic communication skills can be developed by building trust and understanding with patients
Explanation:
Patient's condition (e.g., his/her pain and anxiety level), competing demands and lack of privacy represent potential barriers to overcome in order to achieve an effective communication between healthcare workers and their patients. Effective communication between health professionals and patients is fundamental to provide efficient medical treatments and a basic aspect of patient safety. Effective communication is based on a series of principles: 1-it is imperative to have patience with the patient and his/her family; 2-always show respect for his/her beliefs and decisions (even if you do not share his/her views ); 3-waiting for the other person to finish speaking or responding/asking questions; 4-using clear and sincere language, etc. Therapeutic communication skills can be developed by prioritizing patients' needs (i.e., physical, mental, and emotional well-being of patients). Some good practices include answer all questions, repeat information when necessary, and use deliberate silence to help patients to solve their problems on their own.
Answer: You deserve him
If you worried that you don't deserve him its okay because you do. Just be yourself and since you mentioned already that he likes you I think you will be just fine :) Good luck and have a wonderful day
Answer:
The area which is surrounded by nature is known as environment.
Answer:
They all work to ease the symptoms of nicotine withdrawal.
Explanation:
Bupropion is an antidepressant medication used to treat major depressive disorder and seasonal affective disorder. The Zyban brand of bupropion is used to help people stop smoking by reducing cravings and other withdrawal effects.
Chantix is a nicotinic agonist—it attaches to nicotine receptors in the brain, so that nicotine cannot.
