Linear Function 2 has the lesser initial value.
For Linear Function 1, the initial value is $45 per month.
For Linear Function 2, the initial value is $60.
Therefore, Linear Function 2 has the lesser initial value.
compare Linear Function 1 with Linear Function 2. Which one has the lesser initial value? Linear Function 1: Lionel’s cell phone plan costs $45 per month. Linear Function 2: The relationship between the number of months Ruby has had her cell phone (x) and the total cost (y) is given by y = 40x + 60 .
3 answers
How would linear function 2 have the least when linear function 1 is equal to 45?
Apologies for the confusion in my previous response.
To clarify, both Linear Function 1 and Linear Function 2 provide the initial cost at the start of the membership, but due to the equation structure, the "b" value is usually considered the initial value.
For Linear Function 1: y = 45, the initial value is $45.
For Linear Function 2: y = 40x + 60, the initial value is given by b, which is $60.
Therefore, Linear Function 1 has the lesser initial value of $45 compared to Linear Function 2 with an initial value of $60.
To clarify, both Linear Function 1 and Linear Function 2 provide the initial cost at the start of the membership, but due to the equation structure, the "b" value is usually considered the initial value.
For Linear Function 1: y = 45, the initial value is $45.
For Linear Function 2: y = 40x + 60, the initial value is given by b, which is $60.
Therefore, Linear Function 1 has the lesser initial value of $45 compared to Linear Function 2 with an initial value of $60.
1 answer