Write your own real-world scenario where the Pythagorean Theorem can be applied to find a missing piece. You may choose to write a problem that is two- or three-dimensional in nature. Be sure that you will be able to draw a diagram of your scenario. Write out your problem and submit it for Part 1. Be sure to end your scenario with a question.
what are your ideas?
I don't know
welll, you could apply it in a problem where you need to determine the height of a building using you distance from it and the length of the shadow
From a lamp post four feet away from her, Sandra looks up at a in the sky. Diagonally, that bird is five feet away from her above the lamppost. How high up is the bird.
just think of any problem where you know two sides of a triangle and need to find the third
The light from a lamp casts a shadow of a man standing 10 feet away from the lamppost. The shadow is 7 feet long. The angle of elevation from the tip of the shadow to the lamp is 50. To the nearest foot, the lamppost is _____ feet tall.
can I do this one instead
that one works great
20.26 ft is the height of the lamppost
would that one work
that's the answer
I think that is the answer.
would that work for part 1
how did you solve it?
In the figure attached. AB is the lamp post and DE is a man standing 10 ft away from the lamp post.Therefore, in ΔABC,term 50° = AB/BC term 50° = AB/17 .192 = AB = 17 × 1.192= 20.26 ft.Therefore, Lamppost is 20.26 ft. tall.
well if his shadow is 7 feet long an hes 10 feet away, wouldnt that make the distance between his shadow and the light post 3 feet?
I don't know
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