**Choose the Vocab word that best fits the given sentences**

~Word Bank~
A)slope
B)domain
C)vertical line test
D)function
E)negative correlation
F)solution
G)range
H)linear equation
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GIVEN QUESTIONS W/ MY ANSWERS
1. The tilt slant of a line is its______
~ A;Slope
2. To determine whether the graph shows shows a function, use the__________
~ C;Vertical Line Test
3. On a scatter plot, when one set of values increases while the other decreases, the data is said to have a____________
~ E;Negative Correlation
4. When each member of a relation's domain id paired with exactly one member of the range, the relation is a_________
~ D;Function
5. Any equation whose graph is a line is a___________
~ H;Linear Equation
6. The first coordinates in a set of ordered pairs is the_________of a relation.
~ B;Domain
7. The second coordinates in a set of ordered pairs is the________of the relation.
~ G;Range
8. An ordered pair that makes an equation a true statement is a__________
of the equation.
~ F;Solution

correct again

Thanks :3

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1. The tilt slant of a line is its slope. To determine the slope of a line, you can use the formula: slope = (change in y)/(change in x). This means you calculate the difference in y-values between two points on the line and divide it by the difference in the corresponding x-values. The resulting value is the slope of the line.

2. To determine whether the graph shows a function, use the vertical line test. The vertical line test involves drawing vertical lines through different points on the graph. If each vertical line intersects the graph at exactly one point, then the graph represents a function. If any vertical line intersects the graph at more than one point, then the graph does not represent a function.

3. On a scatter plot, when one set of values increases while the other decreases, the data is said to have a negative correlation. You can determine the correlation between two variables by analyzing the trend of the data points on the scatter plot. If the points tend to form a downward trend or a negative slope, it indicates a negative correlation.

4. When each member of a relation's domain is paired with exactly one member of the range, the relation is a function. This can be determined by examining the ordered pairs or mapping of the relation. If each input value (domain) corresponds to only one output value (range), then it satisfies the definition of a function.

5. Any equation whose graph is a line is a linear equation. Linear equations are characterized by having variables raised to the power of 1 (no exponents) and having a constant rate of change. They can be written in the form y = mx + b, where m represents the slope and b represents the y-intercept.

6. The first coordinates in a set of ordered pairs is the domain of a relation. The domain of a relation refers to all the possible input values or x-values associated with the relation. It represents the set of all values that can be plugged into the function or relation to obtain an output.

7. The second coordinates in a set of ordered pairs is the range of the relation. The range of a relation refers to all the possible output values or y-values associated with the relation. It represents the set of all values that are obtained as a result of plugging in the input values (domain) into the function or relation.

8. An ordered pair that makes an equation a true statement is a solution of the equation. To determine if an ordered pair is a solution to an equation, you substitute the values of the coordinates into the equation and check if it satisfies the equation. If the equation holds true when the values are substituted, then the ordered pair is a solution of the equation.