Answer:
C
Step-by-step explanation:
The vertical line test is a test that you do by dragging a vertical straight line (pencil) across the graph diagonally
If the graph touches the line in more than 1 place at a time, it is not a function
Left and right side are exactly same, therefore "<span>the equation is true for any value of x.</span>"
Option B
Hey there,
Lets solve this equation step by step.
⇒ First of all, <span>Simplify </span><span>2x×3y</span><span> to </span><span>6xy
</span>
⇒ Now <span>Simplify </span><span>7y×2x</span><span> to </span><span>14yx
</span>
⇒ <span>Gather like terms
</span>
⇒ <span>Simplify everything
</span>
Hence Simplified.
Hello and Good Morning/Afternoon:
<u>Let's take this problem step-by-step:</u>
<u>First off, let's write the line in point-slope form:</u>

- (x₀, y₀) any random point on the line
- 'm' is the value of the slope
<u>Let's calculate the slope:</u>

- (x₁, y₁): any random point on the line ⇒ (-2, -6)
- (x₂,y₂): any random point on the line that is not (x₁, y₁) ⇒ (2, -3)

<u>Now that we found the slope, let's put it into the point-slope form</u>
⇒ we need (x₀, y₀) ⇒ let's use (2,-3)

<u>The equation, however, could also be put into 'slope-intercept form'</u>
⇒ gotten by isolating the 'y' variable to the left
<u>Answer:</u>
or 
*<em>Either equations work, put the one that you are the most familiar with</em>
Hope that helps!
#LearnwithBrainly
Using 3.14 as an estimate for pi, the answer is 3037.95 in. cubed. But if more digits of pi were used, the answer is 3039.49 in. cubed. I found the answer by using the sphere volume formula (4/3) on both sphere measurements, then subtracted the smaller core sphere from the rest of the sphere. The above named numbers were the result.