Use the table to answer the question. Number of Cups of Lemonade Sold versus the Temperature of the Day Temperature (°F) 78 95 79 72 65 82 68 75 89 Number of Cups of Lemonade 15 35 22 15 10 26 10 18 34 Jeremiah had a lemonade stand. The table shows how much lemonade he sold versus the temperature of the day. Which scatterplot represents the data? (1 point)
The scatterplot with Temperature (°F) on the x-axis and Number of Cups of Lemonade Sold on the y-axis. The data points should show a general positive trend, with more cups of lemonade sold on warmer days.
Multiply (x−4)(x+2) .(1 point) Responses x2+6x+8 x squared plus 6 x plus 8 x2−6x+8 x squared minus 6 x plus 8 x2−2x−8 x squared minus 2 x minus 8 x2+8 x squared plus 8 Skip to navigation
(x - 4)(x + 2) = x^2 + 2x - 4x - 8 = x^2 - 2x - 8
So, the correct response is x^2 - 2x - 8.
What is the greatest common factor of 2x2 and 4x2y ?(1 point) Responses 2xy 2 x y 2x2y 2 x squared y 2x2 2 x squared 4x2
To find the greatest common factor of 2x^2 and 4x^2y, we look for the largest expression that can divide both terms evenly. The greatest common factor is 2x^2.
So, the correct response is 2x^2.
How would you rewrite the expression 6x+18x2 by factoring out the GCF?(1 point) Responses 6x (1−6x) 6 x left parenthesis 1 minus 6 x right parenthesis 6x (1x+3x) 6 x left parenthesis 1 x plus 3 x right parenthesis 3x (2+6x) 3 x left parenthesis 2 plus 6 x right parenthesis 6x (1+3x)
To factor out the Greatest Common Factor (GCF) from the expression 6x + 18x^2, the GCF is 6x.
So, factoring out 6x from each term, we get:
6x(1 + 3x).
Therefore, the correct response is: 6x(1 + 3x).