Chapter 5: Problem 18
Construct an equilateral triangle whose sides are the given length. 1.25 inches
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Chapter 5: Problem 18
Construct an equilateral triangle whose sides are the given length. 1.25 inches
These are the key concepts you need to understand to accurately answer the question.
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In Exercises \(7-10\) , classify \(\triangle \mathrm{ABC}\) by its sides. Then determine whether it is a right triangle. $$ \mathrm{A}(1,9), \mathrm{B}(4,8), \mathrm{C}(2,5) $$
WRITING Describe a situation in which you might choose to use indirect measurement with congruent triangles to ? and a measure rather than measuring directly
CONSTRUCTION Construct a triangle. Show that there is no AAA congruence rule by constructing a second triangle that has the same angle measures but is not congruent.
REASONINGA rectangle with a length of 3 \(\mathrm{h}\) and a width of \(\mathrm{k}\) has a vertex at \((-\mathrm{h}, \mathrm{k}) .\) Which point cannot be a vertex of the rectangle? $$\mathrm{A}(\mathrm{h}, \mathrm{k}) \quad \mathrm{B} \quad(-\mathrm{h}, 0)$$ $$\mathrm{C}(2 h, 0) \quad \mathrm{D} \quad(2 h, k)$$
In Exercises \(23-26,\) ind the measure of each acute angle in the right triangle. The measure of one acute angle is 8 times the measure of the other acute angle.
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