Answer:
Approximately 3.4 years more or less
Step-by-step explanation:
If we represent this exponential growth as P=185(1.16)^n where n is the number of years passed and P is the population, then:
P=185(1.16)^n
305=185(1.16)^n
1.65=1.16^n
log₁.₁₆(1.65)=log₁.₁₆(1.16^n)
3.37=n
So the deer population will reach 305 in approximately 3.4 years.
Answer:
469.875
Step-by-step explanation:
Just multiply 3.5 by 125.3
14
Divide 98 by 7, you get 14.
This is how many starburst are in each packet.
Answer:
(B) a negative correlation.
Step-by-step explanation:
If students who finish exams early tend to get better grades than students who hold on to exams until the last possible moment implies that if we collect data about time to finish an exam and the associated grade, then, for instance, for two diffent times the corresponding grades and will satisty with high probability. This is a clear example of a negative correlation.