Answer:
L(0, 2) --> L'(-6, -4)
M(0, 6) --> M'(-6, 0)
N(10, 5) --> N'(4, -1)
Step-by-step explanation:
To find the coordinates after translation, we notice that we are moving 6 to the left which is the same as subtracting 6 from the x coordinate. We are also moving 6 down, which is the same as subtracting 6 from the y coordinate. We can apply this to all points:
L(0, 2) --> L'(-6, -4)
M(0, 6) --> M'(-6, 0)
N(10, 5) --> N'(4, -1)
Answer:
<em>1. 21, 22</em>
<em>2.29,30</em>
Step-by-step explanation:
1. m+4>24
subtract both sides by 4
m>20
Two values that are greater than 20 are 21 and 22.
2. 7<x/4
multiply both sides by 4
28<x
Two values that are greater than 28 are 29 and 30.
Answer:
there is nothing here
Step-by-step explanation:
here to find the factors firstly we need to find the zeros of the function , zeros are those points at which the graph crosses or touches the x axis
Now we can see the zeros are x=4 and x=6
And we can write the factors as (x-4) and (x-6)
So the factorization would be
(x-4)(x-6)
Answer:
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