Answer:
D. Sulfur
Explanation:
Electrons are filled in shells. Oxygen has a total of 8 electrons while sulfur has a total of 16 electrons. Out of the total eight electrons, the first shell has two electrons while six electrons are filled in the “s and p” orbits of the second shell giving the outer shell a configuration of "2s2, 2p4".
Likewise, out of the total 16 electrons of sulfur, the last 6 electrons are filled in "s" and "p" orbits of the third shell. Sulfur has a total of six electrons in its outer most shell "3s² 3p⁴". Since the electrons present in the outer most shell are available for chemical reactions and determine the chemical nature of the atom, oxygen and sulfur should exhibit the same chemical properties.
Answer:
B. They have different genes.
Explanation:
The correct answer is uncompensated respiratory acidosis.
This is a condition in which decreased ventilation (hypoventilation) increases the concentration of carbon dioxide (CO2) in the blood which causes the pH of blood and to decrease (becomes acidic. Acidosis occurs because restoration of normal acid-base balance is not possible or has not yet been achieved. Uncompensated acidosis is characterized by abnormal pH and abnormal values of PaCO2 or HCO3.
Answer:
Explanation:
In a clinical documentation improvement (CDI) scheme, the following are the principles and implementations of classification schemes (e.g., ICD-10, HCPCS) as well as medical record auditing:
- ICD-10 (International classification of diseases, 10th edition) codes offer additional comprehensive information for assessing healthcare quality, safety, and its' effectiveness. These codes aid in the recording of diseases in medical history and the tracking of epidemiological patterns. They also aid in the decision-making process for medical reimbursement.
- HCPCS (Healthcare Common Procedure Coding System) exists as a coding system for identifying product devices, equipment, and facilities not covered by CPT codes. When encoding bills, these codes reflect medical procedures through Medicare, Medicaid, as well as other third-party payers.
CDI provides a shared interface for data sharing and real-time monitoring, allowing clinical teams to communicate more effectively.
The following are the three obstacles and challenges in the CDI process:
- Eliminating the discrepancy between clinical terms used among healthcare providers and medical coding terminology applied for reimbursement.
- Hiring the right CDI for the job, i.e. someone who knows the ethical and legal concerns affecting the healthcare provider request and inquiry process and has a basic understanding of coding guidelines.
- Maintaining correct and precise paperwork documentation across treatment transitions and in other healthcare environments is a top priority.
Timely auditing, correct diagnostic and procedural code labeling, and grading processes help CDI practitioners track their practice and maintain the highest degree of program integrity.
Clinical reporting is required in order to meet quality standards. There is a need for CDI because it encourages coding, which is the foundation to accurate sales and compensation because it offers quality records, which in turn supports patient coordination in hospitals.
Examining records thoroughly for missing, unclear, or contradictory details, physicians responding promptly and fully to CDI professionals' questions, inquires, and active cooperation from prescribing physicians are some of the best practices to undertake to ensure compliance. These procedures assist hospitals with capturing the correct codes in order to receive fair reimbursement for the care they offer.