The equation 2 has a graph which is a straight line.
Why?
We can know which of the given equations has a graph which is a straight line just checking the exponents of the variables.
We must remember that every variable that has an exponent equal or higher than 2 (quadratic) will not have a straight line as a graphic.
So, checking the exponents from the given equations, we have:
Hence, we can see that the only equation that has a linear term (straight line graph), is the second equation.
Have a nice day!
Note: I have attached a image for better understanding.
Answer: 36 three-point field goals.
Step-by-step explanation:
To solve this problem, set up a system of equations. Let's call the number of one-pointers 
, the number of two-pointers 
, and the number of three-pointers 
. We are trying to find here. We also know that 
, because that is the total amount of baskets, and also that 
, which is the total amount of points. We know that there were 22 free throws, so that means we can take away 22 baskets from the first equation, and also 22 points from the second equation. Now the equations are 
and 
. Solving the equations using our knowledge of systems of equations, you get that 
. So, 36 is the answer. Let me know if anything was unclear, and I hope this helped.
Answer:
So 11 must be subtracted to get a perfect square. The square root of 3 is starts with 1.7, so the square root of 300 will start with 17. So indeed 289=300–11 is the largest square number smaller than 300, so 11 is the smallest number we can subtract from 300 to make it a square.
Step-by-step explanation:
Answer:
=5
Step-by-step explanation:
4-9= -5
2-3 = -1
=5
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