According to Scene size-up, It is important not to simply rush into a patient's house when you arrive on the scene as the scene should be sized up for threats and violence.
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What is Scene size-up?</u></h3>
- Sizing-up the scene, or identifying whether there are any risks present that may influence responders, anyone connected to the incident, or the community at large, is more important than all other concepts taught throughout EMS training.
- Recognize that scene size-up should start as soon as you report for any assigned shift and should start prior to any calls for the day.
- Responders should mentally and physically get ready for any potential calls after assessing the conditions for a given shift: Verify that all personal protective equipment is present and in good working order.
- Review the additional resources that are accessible as well as how to get in touch with them if necessary.
- Before beginning any further tasks, the complex process of "scene size-up" takes place both before and right away after arriving at the area.
The goal of scene size-up is to quickly confirm that there is a secure location on which to deliver care and that the appropriate resources are called in in accordance with the number of patients and their individual care requirements.
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Answer:
A. Uruk
Explanation:
At one point in time (around 2900 BC), Uruk was regarded as the Largest City in the world. This city was located near Euphrates River, which made it easy for the agricultural sector in the city to flourish.
The river also enable the people in the city to freely travel to distribute various types of goods to other territory. This made the city able to accumulate a lot of wealth. At the peak of its power, this city had around 80,000 population (which a lot for early societies in that era)
Hot weather would be the answer
Answer: 988 km or 614 miles
Explanation:
No map attached however I used a map with a scale of 1.7cm : 200 km to find that the straight-line distance was 8.4cm.
This means that the actual straight-line distance is;
1.7x = (8.4 * 200)
x = 1,680/1.7
x = 988 km
