Respuesta :
We can plug in the values:
A ) 0 = 0² , 1 = ( - 1 )², 2 ≠ ( -2)²
B ) 0 = | 0 |, 1 = | -1 |, 2 = | - 2 |
C ) 0 = - 2 · 0, 1 ≠ - 2 · ( -1 ), 2 ≠ - 2 · ( - 2 )
Answer: B ) h ( x ) = | x |
A ) 0 = 0² , 1 = ( - 1 )², 2 ≠ ( -2)²
B ) 0 = | 0 |, 1 = | -1 |, 2 = | - 2 |
C ) 0 = - 2 · 0, 1 ≠ - 2 · ( -1 ), 2 ≠ - 2 · ( - 2 )
Answer: B ) h ( x ) = | x |
Answer:
Option B is correct
The function h(x) = |x|
Step-by-step explanation:
Given the points (0, 0) , (-1 , 1) and (-2 , 2)
The absolute value of x i,e |x| will always gives the positive value of y
i.e y = |x|
For x = 0
y=|x| =|0| = 0
For x =-1
y= |-1| = 1
For x = -2
y = |x| = |-2| = 2
As you can see that for every value of x , we get the positive value of y;
therefore, the function which represents the condition is: y=h(x)=|x|
Hence, the given points lie on the graph of the function h(x) = |x|