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
Answer:
To solve for the variable "k" in the equation "k + 31 = 72," you need to isolate "k" on one side of the equation. Here's how you can do it using friendly words and reasons:
1. Start with the original equation: "k + 31 = 72."
2. To isolate "k," you want to get rid of the "31" on the left side of the equation. You can do this by subtracting 31 from both sides to keep the equation balanced.
3. Subtract 31 from both sides:
"k + 31 - 31 = 72 - 31."
4. Simplify both sides:
"k = 41."
Step-by-step explanation:
So, the correct equation to solve for the variable "k" is: "k = 72 - 31," and this will give you the value of k, which is 41.
Answer:
Step-by-step explanation:
Given that
mu = 1502.5 pages
Sample mean x bar = 1511.4 pages
Std deviation =s= 35.7 pages
Sample size n = 40
By assuming random samples since only sample std dev is know we can say that sample mean x bar follows a t distribution with
mean =1511.4 and std error =
Test statistic t = Mean diff/STd error = 1.613
df = 39