Hey guys- here is your homework for Wednesday's classes:
G & E PERIODs. Extended 1:
In your book:
Page 131 Ex 4.2 # 13- 19 all
H PERIOD. Core 1:
In your book:
Page 95 Ex 24 # 5- 19 odds
A PERIOD. Extended 1:
Solve the following problems by drawing a diagram.
1. Ms. K is painting the roof of Monticello. She looks up at the roof at a 54 degree angle of elevation and knows that the height of Monticello is 32 meters. How long is the ladder needed to reach the top of the roof?
2. Mr. Schwartz is 2 meters tall, and he walks 35 meters away from the base of a tree, which he knows is 45 meters tall. What is the angle of elevation as he looks at the top of the tree?
3. Mr. Lill looks down from the top of the Matterhon at an angle of depression of 35 degrees. The Matterhorn has a height (elevation) of 6,500 meters. How long will his ski run down be if the village of Zermatt is at an elevation (height) of 4,000 meters?
D PERIOD. Core 1:
Page 96 Ex 27 #1- 8 all
G & E PERIODs. Extended 1:
In your book:
Page 131 Ex 4.2 # 13- 19 all
H PERIOD. Core 1:
In your book:
Page 95 Ex 24 # 5- 19 odds
A PERIOD. Extended 1:
Solve the following problems by drawing a diagram.
1. Ms. K is painting the roof of Monticello. She looks up at the roof at a 54 degree angle of elevation and knows that the height of Monticello is 32 meters. How long is the ladder needed to reach the top of the roof?
2. Mr. Schwartz is 2 meters tall, and he walks 35 meters away from the base of a tree, which he knows is 45 meters tall. What is the angle of elevation as he looks at the top of the tree?
3. Mr. Lill looks down from the top of the Matterhon at an angle of depression of 35 degrees. The Matterhorn has a height (elevation) of 6,500 meters. How long will his ski run down be if the village of Zermatt is at an elevation (height) of 4,000 meters?
D PERIOD. Core 1:
Page 96 Ex 27 #1- 8 all
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