1. 1/2
2. 1/6
3. 1/3
4. 5k 2k 3k
5. 10k 4k 6k
6. 20k 8k 12k
Using the slope concept, it is found that the distance the plane traveled from point A to point B is of 14,475 feet.
<h3>What is a slope?</h3>
- The slope is given by the <u>vertical change divided by the horizontal change</u>.
- It's also the tangent of the angle of depression.
At point A:
- Altitude of 6700 feet, which is the vertical change.
- The horizontal position we want to find is
.
Hence:



At point B:
- Altitude of 6700 feet, which is the vertical change.
- The horizontal position we want to find is
.
Hence:



Then, the distance is of:

You can learn more about the slope concept at brainly.com/question/26342863
Answer:
a person travel 50 ft from the bottom to the top of the escalator
Step-by-step explanation:
An escalator lifts people to the second floor of a building, 25 ft above the first floor. The escalator rises at a 30 degree angle
The escalator forms a right angle triangle
opposite to 30 degree angle is 25 feet. to find the distance from the bottom to the top of the escalator we find the hypotenuse
let x be the hypotenuse


a person travel 50 ft from the bottom to the top of the escalator
Let's solve this problem step-by-step.
STEP-BY-STEP SOLUTION:
First let's establish that the problem requires the border to be as long as the total perimeter of the rectangular bulletin board.
Therefore:
Total length of border = Perimeter of rectangular bulletin board
As a rectangle has a total of four sides with two equivalent longer sides and two equivalent shorter sides, we must multiply the value of each of the two sides by two.
Total length of border = 2 ( 2 ) + 2 ( 4 )
Total length of border = 4 + 8
Total length of border = 12 feet
12 > 10
ANSWER:
Therefore, 10 feet of border isn't enough.
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