Answer:
okay ill be back with the answer
Step-by-step explanation:
Answer:
D.
Step-by-step explanation:
The domain remains the same [a, b) and the range is [mc + n,md + n).
Answer:
1. None of the angles
2. Is not
3. Is not
Step-by-step explanation:
We can see if the triangles are congruent by ASA (angle, side, angle)
We find ∠F in DEF by 180-(64+78)=38 and 38 doesn't equal 39 so they are not congruent.
Answer:
{\bold{\sqrt{2} \text { and } \sqrt{8}} are the two irrational numbers, where their product 4 is the rational number
To Find:
Two irrational numbers whose product is the rational number
Solution:
A number is said to be rational number if that number is written as fraction and an irrational number cannot be written as the ratio of any two integers.
For example, square roots.
Now, we can take 2 and 8\sqrt{2} \text { and } \sqrt{8}
2 and 8
as irrational number.
By multiplying them,
2×8=16=4\sqrt{2} \times \sqrt{8}=\sqrt{16}=4
2 ×8=16=4
We know that 4 is the rational number.
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When doing absolute value, negatives will always be positive.
Option A's absolute value is 140.
Option B's absolute value is 104.
Option C's absolute value is also 104.
Option D's absolute value is 204.
Therefore, the option with the greatest absolute value would be D. |-204|