<h2>The distance of the 6 km radius that will be drawn on the map is: <u>
24 centimeters.</u></h2>
- Actual distance can be represented on a map using a map scale.
In this case, from the hint given, the map scale = 1/25,000.
Actual distance of the radius to be represented on the map = 6 km
- <em>Convert 6 km to cm:</em>
<em />
<em>Therefore,</em>
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- Next, Find the length of 6 km radius that will be drawn on the map in centimeters:
- Therefore, the length of the radius that will be drawn on the map to represent 6 km radius is <u>24 centimeters.</u>
Learn more about map scale here:
brainly.com/question/17985437
The correct answer is <span>changing their attitudes regarding body and self image.
The clinicians can easily fix what's on the outside, but fixing a person's brain and thoughts is not such an easy job. It is important for people suffering from anorexia nervosa to understand that their body is beautiful and that they shouldn't starve themselves to death in order to change that.
</span>
Answer: Their theory is called levels of processing. If we want to remember a piece of information, we should think about it more deeply and link it to other information and memories to make it more meaningful.
Explanation:
Steam power originally developed slowly over a period of several hundred years until it reached to actual practical application at the beginning of the industrial revolution. The steam engine was one of the most important technologies of the industrial revolution. It was a simple device that used boiling water to create mechanical motion to be utilized in useful work.
Early mills used water power to operate and had to be located near running water such as a river which would freeze in winter and the water was not available, also in dry spells. Flooding would also stop operations. But by using a steam engine, a factory could be located anywhere and could operate the whole year round.
From mines to mills, steam engines found many applications in a variety of industries, improving productivity and technology such as Trevithick's high pressure engine that revolutionized transport. Steam engines found their way to boats, railways, farms and road vehicles.
