13 inches
9 inches
8.5 inches
Answer:
8.5 Inches
Step-by-step explanation:
Answer:
C. Within a few years the population increases dramatically
True. As we can see on the function if we increase the time by 10 units for example the final amount is increasing by a factor of and that represent a dramatically increase.
Step-by-step explanation:
When we have a exponential growth model the general formula is given by:
Since says "growth" the rate of increase r>0, represent the initial amount and A the amount after the time t.
Assuming the possible options for the answer. We analyze one by one
A. Each individual plant grows much larger than usual
False, for this model we assume that all the individuals in the population modeled have similar characteristics, because if the individuals are different we can't use a deterministic model like this one.
B. The population immediately decreases
False. We are assuming that the model is for a growth rate so then is not possible to have a decrease.
C. Within a few years the population increases dramatically
True. As we can see on the function if we increase the time by 10 units for example the final amount is increasing by a factor of and that represent a dramatically increase.
D. The specie's reproductive potential declines
False, we are considering a growth model in which it makes no sense to consider that the potential, population or quantity measured decrease.
Answer:
2. is the correct one
Step-by-step explanation:
4x-3x^3+2
Answer:
-x^3-4x-2
step by step
Math Test 20 40 7
Science Test 15 35 5
Which percentage of students took the math test and received a grade of 90 or above?
16.39%
29.85%
57.14%
28.69%
Let event A = "math test" and event B = "Score: 90-100." Then find , where
To find the percentage of students who took the math test and received a grade of 90 or above, we need to calculate the conditional probability P(A ∩ B), which is the probability of event A ("math test") and event B ("Score: 90-100") happening simultaneously.
From the two-way frequency table:
The number of students who took the math test and received a grade of 90 or above is 20.
The total number of students who took the math test is 20 + 40 + 7 = 67.
Now, we can calculate the conditional probability:
P(A ∩ B) = (Number of students who took the math test and received a grade of 90 or above) / (Total number of students who took the math test) × 100%
P(A ∩ B) = 20 / 67 × 100% ≈ 29.85%
So, the percentage of students who took the math test and received a grade of 90 or above is approximately 29.85%.
Answer:
Pan of 2.4 liters can be used.
Step-by-step explanation:
Since Mei has 8 jars of soup and each jar contains 100 milliliters of soup.
We have to calculate the smallest pot Mei can use to heat all the soup.
Total volume of soup = Number of jars × Volume of one jar (Volume of soup in one jar) = 8×300 = 2400 ml.
∵ 1000 ml is equal to 1 liters
∴ 1 ml is equal to 1/1000 liters
∴ 2400 ml soup is = 2400×(1/1000) = 2.4 liters
So a pan with volume of 2.4 liters can be used.
Answer:
3 liters
Step-by-step explanation: took quiz pls mark brainliest