Answer:
Ambulatory health care facilities shall reduce the potential of a fire incidence or emergency by their design and planning, building process, maintenance procedures and operation
Explanation:
Due to the nature of ambulatory health care the safety of the people directly involved in the health care activities cannot be based on building evacuation adequately in the event of a fire incidence and as such it is required that the following standard should be in place
1) Sufficient and trained staff in fire fighting
2) Adequate facility arrangement for fire safety
3) Proper maintenance and operating procedures including;
a. Fire detection and alarm system,
b. Fire extinguisher systems
c. Planning for fire prevention
d. Fire drill programs for fire control
e. Designated safe areas and evacuation procedures.
Water is a component of extracellular and intracellular fluid, which is the correct scenario.
<h3>
What is the bloodstream in the human body?</h3>
Blood running through an organism's body is referred to as the bloodstream.
In humans, the circulatory system, which is made up of a complicated network of arteries and veins, is where blood travels.
- Transporting nutrients and oxygen to the tissues and lungs is one of the bloodstream's functions.
- Waste carbon dioxide from the cells is removed by the bloodstream.
To learn more about the bloodstream Please visit the below link.
brainly.com/question/10590212
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It’s C- Longer durations of large muscle exercises.
Answer:
1. spontaneously
2. resting potential
3. action potentials
4. pacemaker potentials
5. K+
6. Na+
7. into
8. Ca+
Explanation:
Pacemaker cells (also known as sinoatrial node cells) are cells that generate rhythmic impulses and set the pace for blood pumping in the heart. These cells have the ability to rhythmically depolarize and initiate action potentials. In pacemaker cells, Ca2+ and Na+ levels are higher in the extracellular environment, while K+ concentration is higher intracellularly. The pacemaker action potentials have three phases: 1-depolarization, where membrane potential reaches -40 mV and voltage-gated Ca2+ channels open, 2-repolarization, where voltage-gated Ca2+ channels close and voltage-gated K+ channels open, and finally 3-gradual depolarization, which is caused by the slow influx of Na+ ions.