The answer is C. 60. If you add 14+19+16+11 it equals 60.
Answer:
C. 0.23°
Step-by-step explanation:
We are given

Re-arranging this equation (multiply by 32 on both sides and divide by
on both sides gives us:
or

Substituting for, r and v we get

Answer- 3x-56(x) =8
Explanation- Good luck
If you change all the variables to the given valuables, the new equation would be (-3 + -9) - (-2 - 2 x -9)
Solve what's in the parenthesis first. -3 + -9 is -12. -2 x -9 is -18, and -2 - -18 is 16. Then you do -12 - 16 and you get -28
-28 is the answer :D
Answer:
a
OR 
b
and
OR
and 
c
Generally the carrying capacity is can be defined as the highest amount of population and environment can support for an unlimited duration or time period
d

Step-by-step explanation:
From the question we are told that
The population model is 
Generally at equilibrium

So

=>
Or

=> 
Thus at equilibrium P = 0 or P = 135
Generally when the population is increasing we have that

So

=> 
and
Now when the first value of P i.e
for
So when population increasing the values of P are
and
OR
and 
So to obtain initial values of P where the population converge to the carrying capacity as ![t \to [\infty]](https://tex.z-dn.net/?f=t%20%5Cto%20%5B%5Cinfty%5D)
The rate equation can be represented as

So we will differentiate the equation again we have that

Now as

So
=> 
=> 