Answer:
183.710 feet
Step-by-step explanation:
The angle of elevation from the first point to the top of the building is 45° i.e.∠ABD = 45°
The angle of elevation from the second point to the top of the building is 60° i.e.∠ACD = 60°
The distance from the second point to the top of the building is 150 ft i.e.AC = 150 feet
We are supposed to find the distance from the first observation point to the top of the tower i.e.AB = x
In ΔACD
In ΔABD
Hence the distance from the first observation point to the top of the tower is 183.710 feet
Answer:
a general guideline for beginners, opt for a rope that's 3 feet taller than you. More experienced jumpers may want to use a shorter jump rope, which will rotate more quickly for faster jumps
Answer:
Discrete
Step-by-step explanation:
The answer is discrete because it shows specific x values. If it were to show 0<x<10 (example), it would be continuous because there is a line, not just dotted points.
Explanation is in the file
tinyurl.com/wpazsebu
Answer:
mm
Step-by-step explanation: