Answer: (3, -1)
Step-by-step explanation:
y = |x-3|-1
When y=|x|, vertex is (0, 0).
Now, let's translate the graph so it becomes y = |x-3|-1.
|x| ==> |x-3| Translate the graph 3 units to the right
Vertex: (0+3, 0) ==> (3, 0)
|x-3| ==> |x-3|-1 Translate the graph 1 unit down
Vertex: (3, 0-1) ==> (3, -1)
Vertex: (3, -1)
The area of the square would be 4/25 here is the work:
Area of an 2d shape: length * width
For a square it is 2/5 * 2/5
You multiply the two numbers and you should get 4/25.
If helped mark me the brainiest!!
Answer: 1
Step-by-step explanation:
rounding decimals is very similar to rounding other numbers. If the hundredths and thousandths places of a decimal is forty-nine or less, they are dropped and the tenths place does not change.
For example, rounding 0.843 to the nearest tenth would give 0.8.
If the hundredths and thousandths places are fifty or more, the tenths place is increased by one. The decimal 0.866 rounded to the nearest tenth is 0.9
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No, it is not a linear function.
A linear function is a straight line. When graphed out, this equation shows two curved lines that are reflecting each other across the origin.
Hope I helped! :)
