Around 40.38 - 40 goldfish is your answer.
does the function represent growth or decay?
By what percentage does the population change each year?
Answer:
Step-by-step explanation:
Equation to calculate population size after time, t
P(t) = 280(1.29)^t
P(0) = 280(1.29)^0
= 280(1)
= 280
P(1) = 280(1.29)^1
= 280(1.29)
= 361.2
Its means that after a year population increases. Hence, function represent growth.
(361.2 - 280 / 280) * 100%
= 29 %
Answer:
280
function represent growth.
29 %
B. 112
C. 64
D. 96
The area of the given trapezoid is 56 sq.units.
A quadrilateral with at least one pair of parallel sides is called a trapezoid.
Given that, the two bases of a trapezoid are 3 and 11 and the altitude is 8
Area of a trapezoid = (sum of the two bases) / 2 × height
= (3+11) / 2 × 8
= 14 / 2 × 8
= 7 × 8
= 56
Hence, the area of the given trapezoid is 56 sq.units.
For more references on trapezoid, click;
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a+b/2×h
3+11/2×8
14/2×8
7×8= 56 which is :A
Answer:
neither A nor B will occur simultaneously, as they are mutually exclusive.
Step-by-step explanation:
To compute the probability that either event A occurs, or B occurs, or both occur, you can use the principle of the union of events. The probability of the union of two events A and B (denoted as A ∪ B) can be calculated as:
�
(
�
∪
�
)
=
�
(
�
)
+
�
(
�
)
−
�
(
�
∩
�
)
P(A∪B)=P(A)+P(B)−P(A∩B)
In this case, you're given:
�
(
�
∁
)
=
0.40
P(A
∁
)=0.40, which means the probability of the complement of A (i.e., the probability that A does not occur).
�
(
�
∣
�
)
=
0.80
P(B∣A)=0.80, which is the conditional probability of B occurring given that A has occurred.
Let's break it down:
�
(
�
∁
)
P(A
∁
) is the probability that event A does not occur, which is
1
−
�
(
�
)
1−P(A).
�
(
�
∣
�
)
P(B∣A) is the conditional probability that event B occurs given that A has occurred.
So, you can calculate
�
(
�
)
P(A) and
�
(
�
)
P(B) as follows:
�
(
�
)
=
1
−
�
(
�
∁
)
=
1
−
0.40
=
0.60
P(A)=1−P(A
∁
)=1−0.40=0.60
Now, you can use the formula for the union of events to calculate
�
(
�
∪
�
)
P(A∪B):
�
(
�
∪
�
)
=
�
(
�
)
+
�
(
�
)
−
�
(
�
∩
�
)
P(A∪B)=P(A)+P(B)−P(A∩B)
But before we calculate
�
(
�
∩
�
)
P(A∩B), note that events A and B are independent, so
�
(
�
∩
�
)
=
�
(
�
)
⋅
�
(
�
∣
�
)
P(A∩B)=P(A)⋅P(B∣A).
�
(
�
∩
�
)
=
�
(
�
)
⋅
�
(
�
∣
�
)
=
0.60
⋅
0.80
=
0.48
P(A∩B)=P(A)⋅P(B∣A)=0.60⋅0.80=0.48
Now, plug this value into the formula:
�
(
�
∪
�
)
=
0.60
+
�
(
�
)
−
0.48
P(A∪B)=0.60+P(B)−0.48
Solve for
�
(
�
)
P(B):
�
(
�
)
=
�
(
�
∪
�
)
+
0.48
−
0.60
P(B)=P(A∪B)+0.48−0.60
�
(
�
)
=
�
(
�
∪
�
)
−
0.12
P(B)=P(A∪B)−0.12
Now, you have the equation:
�
(
�
∪
�
)
=
0.60
+
�
(
�
∪
�
)
−
0.12
−
0.48
P(A∪B)=0.60+P(A∪B)−0.12−0.48
Simplify:
�
(
�
∪
�
)
=
0.60
−
0.12
−
0.48
P(A∪B)=0.60−0.12−0.48
�
(
�
∪
�
)
=
0.00
P(A∪B)=0.00
So, the probability that either event A occurs, or B occurs, or both occur is 0.00. This means that neither A nor B will occur simultaneously, as they are mutually exclusive.
Answer:
in the explanation
Step-by-step explanation:
In the number line, the left most number would be -200 as it's the lowest, the middle would be -150, as this number is in between the other two, and the right most would be 75, as it's the greatest.
Hope this helps!
n= 6, n=-2
n=4, n= -3
n=-6, n= 2
n=-4, n=3
Answer:
n = -4 n=3
Step-by-step explanation:
n^2+ n-12
What 2 numbers multiply to -12 and add to 1
4*-3 = -12
4-3 =1
(n+4) (n+3) =0
Using the zero product property
n+4 = 0 n-3 =0
n = -4 n=3
It's length times width times height.
162x4x6
The answer is 3888 cubic feet of concrete.