P= 3000 (1.21)^t, t= time in months
1 year = 12 months, and therefore, 1 month = 1/12 years
The equation showing yearly population growth changes to;
P=3000 (1.21)^t/12
The correct answer is equation [1].
Answer:
(a) (-∞, -8) (-6, -4) (-2, ∞)
(b) -6, -2
(c) negative
(d) 5
Step-by-step explanation:
(a) A function is "decreasing" when the y-value decreases as the x-value increases.
⇒ the function is decreasing over these intervals : (-∞, -8) (-6, -4) (-2, ∞)
(b) Local maxima are the points on the function where it reaches a maximum.
⇒ maxima at x = -6 and x = -2
(c) negative
(d) 5
Answer:
-4x + 5x x. 2) 1 +5v+v-6 ... First, use Distributive Property, then Combine Llike Terms to simplify each expression. ... 15 – 4(a – 5). if a = 8
Answer:
Decay
since 0.292 is less than 1
% rate of decrease
1 - 0.292 = 0.708
70.8%
Answer:
e.g., if there are 30 units, they may try to use up all the two-digit numbers, ... 9. 984 10 139. 5543 11 5. 6 12 669. 2 13 77. 60 14 08. 1 15 244. 9 16 55..
Step-by-step explanation: there lemmie know if you need anymore help God bless!
