-151
-22.75
-144
Answer:
d) -144
Step-by-step explanation:
H(m ) = 3 + 10m
H(m ) = 2 + 12m
H(m ) = 10 + 3m
H(m ) = 12 + 2m
H(m ) = 3 + 10m
H(m ) = 12 + 2m
H(m ) = 10 + 3m
Answer:
The equations for the growth of two type of species are
H(m) = 12 + 2m
H(m) = 10 + 3m
Step-by-step explanation:
As given
The growth rate of two species of plants.
Species A is 12 cm tall and grows 2 cm per month.
The height of each species is represented by H(m) as a function of months m.
Than the equation becomes
H(m) = 12 + 2m
As given
Species B is 10 cm tall and grows 3 cm per month.
Than the equation becomes
H(m) = 10 + 3m
Than the equations for the growth of two type of species are
H(m) = 12 + 2m
H(m) = 10 + 3m
A. –13
B. –12
C. 12
D. 13
B.w/5
C.5 + w
D.5 + 5w
The equation for the graph is B.
To identify the equation for the graph, we can look at the following features:
The graph has three zeros, at x = 1, x = 3, and x = 4. This means that the equation of the graph will have the following factors: (x - 1), (x - 3), and (x - 4).
The graph is even at x = 1 and x = 4, which means that the corresponding factors must be squared.
The graph is odd at x = 3, which means that the corresponding factor must be cubed.
Therefore, the equation of the graph must be of the form:
where a, b, and c are positive integers.
To determine the values of a, b, and c, we can look at the end behavior of the graph. As x approaches positive or negative infinity, the graph goes to infinity, which means that the leading term of the polynomial must have a degree greater than 1. The leading term of the polynomial is , so we know that a + b + c > 1.
The only answer choice that satisfies all of these conditions is B.
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