Answer:
- 1675.38
Step-by-step explanation:
In 2017, the kitchen equipment's value was recorded at $14,550.
V(0)=$14550
Its following value is represented by
.
We need to ascertain the rate of value change as of January 1, 2019.






As of 2019, which is 2 years later, we set t=2.
The rate of value change is

=
= -1675.38
Answer:
a. Alice
b. Briana
c. 0.51 minutes
Step-by-step explanation:
a. Alice's formula is applicable for any t > 0 minutes, while Briana’s is only applicable when
2t - 1 > 0
2t > 1
t > 1/2 minutes
b. They complete the race when their total distance equals 5 kilometers. For Alice:
t/4 = 5
t = 20 minutes
For Briana:
√(2t - 1) = 5
2t - 1 = 25
2t = 26
t = 13 minutes
c. They reach the same point when they have traveled the same distance, expressed as:
t/4 = √(2t - 1)
(t/4)² = 2t - 1
t²/16 = 2t - 1
t² = 16(2t - 1)
t² = 32t - 16
t² - 32t + 16 = 0
Using the quadratic formula:







Only the second solution fits this scenario because the race concluded before they took 31.49 minutes.
H(t) = -16t² + 704t = -16(t² - 44t)
Transforming to vertex form: -16(t² - 44t + 484) + 704
h(t) = -16(t - 22)² + 704
The projectile reaches its peak height after 22 seconds, corresponding to the vertex of the parabola at (22, 704).
Step-by-step explanation:
Let 'P' represent the principal amount
'R' will stand for the interest rate
'T' indicates the time period
P = $1000
R = 3%
T = 4 years
We can compute the simple interest using,
Interest = (P x R x T) / 100
= (1000 x 3 x 4) / 100
= 12000 / 100
= $120
Thus, the simple interest over 4 years totals $120.
Total amount = P + Interest
= 1000 + 120
= $1120
Consequently, the account will have $1120 after 4 years.