Given:
The function is:
To find:
The x-intercepts and zeros of the given function.
Solution:
We have,
For x-intercepts, 
.
Using zero product property, we get
and 
and 
and
and
The given function has two equal zeroes or x-intercept, i.e., .
Therefore, the zeroes are 2 and 2.
Note: All options are incorrect.
We find<span> a more specific </span>estimate<span> by squaring fractional amounts </span>between<span> 14 and 15. 14.12 is 198.81and 14.22 is 201.64, so. 200 falls </span>between<span> 14.1 and 14.2. 26). Kyle </span>truncated<span> the</span>decimal expansion<span> of </span>x<span> to </span>find<span> the </span>best approximation<span> as shown on the </span>number line<span>. For which </span>value<span>was Kyle more than ...</span>
you multiply -10 and nine and you get -90 hope this helps.
Step-by-step explanation:
Answer:
for the first one ‘x‘: x = -3/2 y -3
for the first one ‘y’: y = -2/3x-2
for the second one ‘x’: x= 2/3 y + -22/3
for the second one ’y’: y = 3/2 x + 11
Step-by-step explanation:
