Answer:
The least common denominator of the two rational expressions is 
.
Step-by-step explanation:
Let be the following rational expressions:
Then, we factor each denominator:
Now, we compare each denominator to find all missing binomials so that each expression may have a common denominator:
Hence, we conclude that least common denominator of the two rational expressions is .
9514 1404 393
Answer:
20°, 120°, 40°
Step-by-step explanation:
Let s represent the smallest angle. Then the largest is (100+s) and the third angle is (2s). The sum of angles in a triangle is 180 degrees, so we have ...
s + (100+s) +(2s) = 180
4s = 80 . . . . . . . . . . subtract 100
s = 20 . . . the smallest angle
100+s = 120 . . . the largest angle
2s = 40 . . . the third angle
The angle measures are 20°, 120°, and 40°.
There was 16 bagels, and now there is 0 bagels. So what you do is subtract 16 from 16 to get 0.
Answer:
in 10 weeks because if you multiply 62.50 10 times you get 625
Answer: No, because the hypotenuse of one triangle is equal in length to the leg of the other triangle.
Explanation
Two triangles are congruent if their corresponding sides are congruent.
In this case one leg of the ΔXYZ measures 10 (XY=10), then its hypotenuse (the largest side in a rectangle side) must measure more than 10.
The hypotenuse of the two triangles are different: hypotenuse of ΔJKL measures (KL=10) and the hypotenuse of ΔXYZ measures more than 10 (YZ>10), then they are not congruent and the triangles are not congruent
