The function is: B. f(x) = 3x + 26; 26≤ y ≤ 35. This is a linear function structured as y = mx + b, where b signifies the initial value (or 26 clients). The slope, denoted by m, indicates the increase per week. By setting x = 0, we find y = 26, representing our starting point. With x = 3, or the fourth week, we compute y = 3*3 + 26, simplifying to y = 9 + 26, resulting in y = 35.
I can't view the graph, but let’s apply reasoning
hmm, since it requires more than 10 cubic feet of topsoil, the first and second options aren’t feasible
let’s analyze the costs
third option
10*1=10
2*12=24
10+24=34 and 34<50, that works
fourth option
3*10=30
2*12=24
30+24=54
54>50, that's too high
the answer is the third one
the one with 1 cubic yard of compost and 12 cubic yards of topsoil
Answer:
$8.19
Step-by-step explanation:
1. First, sum the prices of all items together
5.3 + 1.29 + 0.53 + 0.68 = 7.8
2. Next, calculate 5% of the total item cost
5% = 0.05
7.8 · 0.05 = 0.39
3. Finally, add the sales tax to the initial item total
7.8 + 0.39 = 8.19
For values around 22-23, formulate a function and use these to determine the precise
Answer:
Comprehensive explanation:
Let's denote
x -----> the number of days
and
y ----> the remaining minutes for Yuson
We know that
The linear equation in slope-intercept form can be represented as
here
m indicates the slope
b represents the y-coordinate of the y-intercept (starting value)
In this scenario, we have
The slope is defined as
----> negative, as it indicates a decreasing function
----> initial value
substituting the values
