Answer:
All but 4%
Step-by-step explanation:
Answer:
Step-by-step explanation:
the bottom one would be 12x27 shape
the middle one would be 8x18 shape
the top one would be 9x4 9x4 shape
The answer would be 53
2) | x - 4 | - 3 > 5
3) | 6 + 9x | ≤ 24
4) | 1 - 5a | > 29
QUESTION 1
The given inequality is
We group like terms to get,
This implies that,
or .
We simplify the inequality to get,
or .
We can write this interval notation to get,
.
QUESTION 2
.
We group like terms to get,
.
We split the absolute value sign to get,
or
This implies that,
or
or
or
We can write this interval notation to get,
.
QUESTION 3
The given inequality is
We split the absolute value sign to obtain,
or
This simplifies to
and
and
and
and
We write this in interval form to get,
QUESTION 4
The given inequality is
We split the absolute value sign to get,
or
This simplifies to,
or
This implies that,
or
or
or
We write this in interval notation to get,
Answer:
Step-by-step explanation:
well just go to brainly my my 67
The x-coordinate of the x-intercept in quadrant || for the given function is -1.
x = -1.
Coordinates are a set of values that helps to show the exact position of a point in the coordinate plane.
We have,
x-intercept in quadrant ||.
f(x) = x³ - x² - x + 1
x-intercept means y = 0 so,
f(x) = y
0 = x³ - x² - x + 1
We see that,
when x = -1 we get,
f(x) = -1 - 1 + 1 + 1 = 0
When x = 1 we get,
f(x) = 1 - 1 - 1 + 1 = 0
But we can not take x = 1 because in quadrant || x is a negative value.
Thus,
The x-coordinate of the x-intercept in quadrant || for the given function is -1.
Learn more about coordinates here:
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ANSWER
The x-coordinate of the x-intercept of the function is .
EXPLANATION:
The x-intercept refers to the point where the function meets or cuts the x-axis.
At the x-intercept, .
This means we have to equate the whole function to zero and solve for .
According to the rational roots theorem, the possible rational roots of the equation are .
We now plug in these possible rational roots to see which of them are real roots.
Since , is a root.
By the factor theorem, is a factor of the function.
We now divide the polynomial function, by to find the remaining roots.
See long division in diagram.
This means that .
Or
Hence the roots are or
In the second quadrant the x-coordinate is negative
Therefore, the x-coordinate of the x-intercept of the function is .
See graph in attachment