Answer:
We have the equation,
i.e. 
i.e. 
It is required to find a system of equations having infinite solutions.
We know that,
'When the equations are dependent or their graphs are same, the system of equations has infinite number of solutions'.
So, we can take any equation having same graph as that of .
Let, us take 
So, from the graph of these equations below, we get the system of equations having infinite solutions as,
and .
3(2t+1) would be the answer to your question
Hello there! The answer would be the first one, or No. At least one output results in two inputs.
When dealing with functions: you must remember that x does not repeat. So, lets look at the relation given, {(6, 1), (8, –3), (6, 7)}. You can see that x does repeat, so this is not a function. This eliminates second and fourth option choices. Out of the options A and C, A would be your choice since x is the input value and y is the output value, and there are two input values.
Hope his helps and have a great day!
Answer:
B
Step-by-step explanation:
y intercept is 2 and the slope -3/1 and it is shaded under so it is also less than but not equal to because it is dotted
