Answer:
a. Cats see low-frequency, low contrast objects better than humans.
Explanation:
Mr. Big is able to see something that Pamela does not see because cats have a wider field view of about 200 degrees while that of humans is about 180 degrees.
Cats eyes have 6-8 times more rod cells, which are more sensitive to low light, than that of humans. Their elliptical eye shape, large tapetum and cornea help to gather light for better vision at night.
The aspects and areas of the dental office which should be assessed and factors which should be considered when making changes to the dental office include:
- Improvement of public relations.
- Efficient user experience data gathering.
<h3>Who is Dentist?</h3>
This is a healthcare professional who specializes in the diagnosis and treatment of any defect related to the oral cavity in individuals.
There should be improvement of public relations so as to ensure customer satisfaction being enhanced. Customer data should also be stored appropriately to prevent it from being disclosed and to ensure that the data matches that of the patient.
The changes in dental officer should include it being user friendly so as to enable patients to be comfortable with visiting.
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Answer:
Sexual and drug substance use risks should be determined during a routine health history with every new patient and updated regularly during periodic health care.
Risk assessment helps to identify individuals at risk; support recommendations for HIV, STD, and hepatitis screening; and establish risk reduction education topics and strategies.
Risk assessment can help people who are already infected access treatment
and learn how to avoid transmitting HIV to others.
Explanation:
Answer:
The correct answer is option B- pressure within the alveoli.
Explanation:
Intrapulmonary pressure is the pressure within the lungs especially in the alveoli of the lungs so is also known as "intra-alveolar pressure".
This pressure helps in the breathing process as :
1. During inspiration - The thoracic cavity volume increases due to which the intra-pulmonary pressure becomes less than the atmospheric pressure which causes the lungs to inhale about 500 ml of air.
2. During expiration- the thoracic volume decreases which cause the intra-pulmonary pressure larger than atmospheric pressure which causes the lungs to exhale the air.
Thus, option B- pressure within the alveoli is the correct answer.
