From what I know this graph looks like that of a modulus function except it's shifted 1 unit to right and 1 unit below the origin.
So the original equation must be:
y = |x|
And the transformed equation (aka the equation if this graph) must be,
y+1 = |x| -1
y = |x| -2
Answer:
Step-by-step explanation:
<em>The question in English is</em>
If 4x= 5/6y then 5y=
we have
Solve for 5y
Multiply both sides by 6
Simplify
Rewrite
Answer:
a) 25 is 3 standard deviation from the mean
b) Is far away from the mean, only 0,3 % away from the right tail
c) 25 is pretty close to the mean (just a little farther from 1 standard deviation)
Step-by-step explanation:
We have a Normal Distribution with mean 16 in.
Case a) we also have a standard deviation of 3 inches
3* 3 = 9
16 (the mean) plus 3*σ equal 25 in. the evaluated value, then the value is 3 standard deviation from the mean
Case b) 25 is in the range of 99,7 % of all value, we can say that value is far away from the mean, considering that is only 0,3 % away from the right tail
Case c) If the standard deviation is 7 then
mean + 1*σ = 16 + 7 =23
25> 23
25 is pretty close to the mean only something more than 1 standard deviation
Answer: The answer you are looking for is A.
Step-by-step explanation:
Simplifying
15xz + 21yz
Factor out the Greatest Common Factor (GCF), '3z'.
3z(5x + 7y)
Final result:
3z(5x + 7y)
The translation would be written as (x, y)→(x+1, y-2). A would be mapped to A'(2, 1); B would be mapped to B'(5, 3); and C would be mapped to C'(4, -1).
For each ordered pair, you would add 1 to the x-coordinate and subtract 2 from the y-coordinate.
