The statement about logistic growth curves which is true is: d. Logistic growth curves increase exponentially at first, then experience slowed growth rates.
A logistic growth curve can be defined as a S-shaped curve that is typically used to model the population of living organisms.
Mathematically, a logistic growth curve is given by the formula:
![F(x) = \frac{L}{1\; + \;e^{-k(x \;-\;x_0)}}](https://tex.z-dn.net/?f=F%28x%29%20%3D%20%5Cfrac%7BL%7D%7B1%5C%3B%20%2B%20%5C%3Be%5E%7B-k%28x%20%5C%3B-%5C%3Bx_0%29%7D%7D)
<u>Where:</u>
- L is the logistic curve's maximum value.
represents the value of Sigmoid's midpoint.
- k is the logistic growth rate.
Generally, the population denoted by a logistic growth curve increases exponentially at first, and later experiences slowed growth rates.
The population reaches the carrying capacity (K) of their environment as resources become increasingly scarce and rate of competition increases; thereby, causing the population's growth rate to slow nearly to zero and a S-shaped curve of population.
In conclusion, a logistic growth curves experiences an initial exponential increase and then slowed growth rates.
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Answer:
Ultrasound technician-dentist-medical transcriptionist-massage therapist
Explanation:
They want them in order of HIGHEST self-employment to LOWEST. Technicians work in hospitals and can't be self employed, as well as dentists work in an office.
Answer:
The answer is Option A
Explanation:
Cup of milk m = 299 mg
Cup of juice j = 261 mg
Limit of intake = 1000mg
Total amount of calcium from milk = 299 × m = 299m mg
Total amount of calcium from juice = 261 × j = 261j mg
Since it must be equal to or exceeding the daily limit u use the GREATER THAN OR EQUAL TO SIGN.
299m + 261j <u>></u> 1000