We are given equation 
.
We need to check the given table.
We have x=-2,-1,0,1,2 in the given table.
Plugging x=-2,-1,0,1,2 in the given equation
For x=-2
y = -3 (-2)^2 = -3(4) = -12
For x =-1
y = -3 (-1)^2 = -3(1) = -3
For x =-0
y = -3 (0)^2 = -3(0) = 0
For x =1
y = -3 (1)^2 = -3(1) = -3
For x =2
y = -3 (2)^2 = -3(4) = -12.
Therefore, correct table is
<h3> x y (x,y)</h3><h3>_____________</h3><h3> -2 -12 (-2,-12)</h3><h3> -1 -3 (-1,-3)</h3><h3> 0 0 (0,0)</h3><h3> 1 -3 (1,-3)</h3><h3> 2 -12 (2,-12).</h3><h3>________________</h3>
I’m not sure of the answer but check Socratic
Answer:
0.8808
Step-by-step explanation:
The objective is to calculate the probability of:
P(-1.20 ≤ z ≤ 2.64)
i.e. the probability that is the area between two z-values.
Thus;
P(-1.20 ≤ z ≤ 2.64) = P(z ≤ 2.64) - P( z ≤ 1.20)
From z table;
P(-1.20 ≤ z ≤ 2.64) = 0.9959 - 0.1151
P(-1.20 ≤ z ≤ 2.64) = 0.8808
We can see the shaded area under the standard normal curve from the image attached below.
Answer:
-2x + 7x + 34 = -2 ( 1 - 7 x ) x=4
You add 13 to each side of the equation.
Then the equation says ' q = 0 ', and
you immediately recognize that as its
solution.
