f(x) is an exponential growth function. It can be modeled as
, where a is the initial amount, r is the interest rate in decimal form, and t is the time period. When the values from the scenario are plugged in, it looks like
. On a graph, a will be the y-intercept, so the
y-intercept of f(x) is 6.
g(x) has a y-intercept that must be less than 6. The function reaches a y-value of 6 when x = 1, not 0 (when x = 0, we are given the y-intercept). We see that as y decreases x decreases, so it is confirmed that g(x) has a
y-intercept that is < 6. Already we know that its y-intercept is less than that of f(x).
h(x) visibly intercepts the y-axis at y = 4. Its
y-intercept is 4.
j(x) is written in exponential growth format (like f(x)), where the initial amount, <em>a</em>, would be the y-intercept.
10 is its y-intercept.
After evaluating the y-intercepts of each of these functions, it is determined that
j(x) has the highest y-intercept.
Answer:
single payment of a loan
Step-by-step explanation:
Answer:
288 in²
Step-by-step explanation:
The formula used to solve this question is :
Lateral Surface Area = s( P1 + P2)
Where s = slant height = 2 inches
P1 and P2 = Perimeter of the bases
Perimeter of base 1 = 4 × length of the end of the small square
4 × 17 inches = 68 inches
Perimeter of base 2 = 4 × length of the end of the large square
4 × 19 inches = 76 inches
Lateral Surface Area = 2 × (68 + 76)
= 2 × 144
= 288 in²
Answer:
Jesus those animals are fast
Step-by-step explanation:
3 seconds