An isosceles triangle is one where two sides are equal to each other. The third side is of a different length.
At first glance, choice A looks like the answer because we have two sides that are the same length (the sides of length 1). However, this triangle is not possible because 1+1 = 2 which is less then 3. For a triangle to be possible, adding up two sides must be larger than the third side. I'm using the triangle inequality theorem here.
This works for choice D since 6+6 = 12 which is greater than 5. Also 5+6 = 11 which is greater than 6. So the answer is choice D
Answer:
3rd option
Step-by-step explanation:
- 3.55g ≤ - 28.4
Divide both sides by - 3.55 , reversing the symbol as a result of dividing by a negative quantity
g ≥ 8
Since g is greater than or equal to 8 , then looking for a solid circle at g = 8 on the number line
Since g is greater than 8 then arrow pointing to the right from 8
This is shown on the third graph
Answer:
2√62
Step-by-step explanation:
248 | 2
124 | 2
62 | 2
31 | 31
1
248 = 2³·31
√248 = √2²·2·31 = 2√62
Answer:
C, just move the decimal back 5 spots