Answer:
It would be A, or the first graph
Step-by-step explanation:
So we’ve now created an equation
2x + 3y ≤ 6
From here, we can convert this into something easier to read
y ≤ -2/3x + 2
Now, we know that the y-intercept is 2 so either A or B
We also know the shaded area should be below the line (because the smallest part of the “≤” is facing the y).
Therefore, the answer is A
Answer:
Correct choice is B
Step-by-step explanation:
All given options represent quadratic function. Let the equation of this quadratic function be

Then
1. 
2. 
3. 
Solve the system of two equations:

Then

Thus, the equation of the function is

Note that


<span>Okay, the first thing to do is to make it so you're multiplying everything instead of dividing by that last fraction. To divide by a fraction, you just multiply by its reciprocal. So then, it's 15/124 x 230/30 x 124/230. After that, let's organize it into one single giant fraction since order of operations allows us to arrange division and multiplication however we want. Then it's 15x230x124 / 124x30x230. Then, you'll notice that the 230s and 124s can both be canceled out, leaving 15/30. After simplifying, your final answer is 1/2. hope this help you</span>
Answer:
1). Shifted 2 units right.
2). Shifted 2 units left.
3). Shifted 2 units up.
4). Shifted 2 units down.
Step-by-step explanation:
Parent quadratic function is,
y = x²
1). When curved pit of the parent function is shifted 2 units right,
Translated function will be,
y = (x - 2)²
2). The curved pit is shifted 2 units left,
y = (x + 2)²
3). The curved pit is shifted 2 units up,
y = x² + 2
4). The curved pit is shifted 2 units down,
y = x² - 2