Answer:
Yes, you can use the Big Dipper to find Polaris (North Star). You can see that a line from the 2 outermost stars in the "bowl" of the Big Dipper points directly to Polaris known as North Star. And you can see that Polaris marks the tip of the handle of the Little Dipper. The northern sky is a large clock, with Polaris at its center.
Answer:
You plug in the values of x's and then minus 1 and you get your y
Hyperbola: y = 1/x
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<u>Shape:</u> open curve with two branches
<u>Domain: </u>Any non-zero real number x < 0, x > 0 or x∈ (-∞, 0) ∪ (0, +∞)
<u>Range:</u> Any non-zero real number y < 0, y > 0 or y∈ (-∞, 0) ∪ (0, +∞)
<u>Locater point:</u> Imaginary point of intersection of asymptotes (0, 0)
<u>Asymptotes:</u> x = 0 and y = 0
The triangle is merely rotated. No other changes have been done to it whatsoever. Therefore, the measure of the angle should still be the same. Since angle KLM is equal to 30 degrees, then the measure of angle BCD should also be equal to 30 degrees.
Answer: <span>m∠BCD=30°</span>
3yds because 1 yards is 3 feet so 3 times 3=9 feet greater than 8feet