Shifting left can be expressed as addition of a number to x.
So,
F(x) shifted to left will be F(x + c), where c is any constant
So,
G(x) will be of the form F(x+c) or (x + c)²
From the given options, only option B lists such an expression.
So the answer is option B
Answer:

Step-by-step explanation:
Let's write the equation of the line in slope-intercept form, y= mx +c.
Since we are given the slope value, we can substitute it into m in the equation.

The question also tells us that this line passes through the point (6, 0). This means that (6, 0) has to satisfy the equation above, where c is an unknown value. The point (6, 0) means that when x= 6, y has a value of 0.
Substituting point (6, 0):

Solve for c:
0= -3 +c
c= 3
Substitute the value of c:
Thus, the equation of the line is
.
Do check out the following question for an example of writing equation of lines using the point-slope formula!
Volume of a cone = π r² h/3
I envisioned a cone inside a cube. I only identified the necessary value to compute for the exact volume of the largest cone.
Edges of the cube is 10 inches. When the circle part of the cone is placed in the circle, the diameter would be 10 inches also. I divided it by 2 to get the value of the radius, resulting to 5 inches.
The height of the cone is also the height of the cube. Thus, it is 10 inches.
Volume of the cone = 3.14 * (5in)² * 10in/3
V = 3.14 * 25in² * 3.33 in
V = 261.405 in³ or 261.41 in³ VOLUME OF THE LARGEST CONE THAT CAN FIT IN A 10 INCH CUBE
The answer would be D) 40x^2+65x+25
Hope this helps :)
please make this answer the brainiest it would really help me. thanks :)