The population of a slowly growing bacterial colony after t hours is given by p(t)=3t2+29t+150
The population of a slowly growing bacterial colony after t hours is given by p(t) = 5e? + 35t + 150. Find the growth rate after 4 hours. Preview bacteria/hour
Given the same initial bacterial colony of 1000 and an initial exponential growth rate of 30%, and a carrying capacity of 10 000 bacteria, what is the logistic growth population 10 hours after the start? (Round your answer to the nearest whole number) A. 6619 B. 5910 C. 7281 D. 10000
answer only Question 1 45 - 5t". Find the value of t (other than 0 A particle moves along a straight line with equation of motion 8 = ) at which the acceleration is equal to zero. Question 2 < > A particle moves along a straight line and its position at time t is given by s(t) = 24 - 24t? + 72t where s is measured in feet and t in seconds. Find the velocity (in ft/sec) of...
A colony of bacteria is growing exponentially according to the function below, where T is in hours. How many bacteria are there after 7 hours? B(T)= 4*e^(0.8)T
A medical researcher determines that t t hours from the time a toxin is introduced 1 bacterial colony, the population will be P(t)=9000(5+16e^−0.05t+te^−0.05t) When does the maximum bacterial population occur? What is the maximum population? 11. A medical researcher determines that t hours from the time a toxin is introduced 1 bacterial colony, the population will be P(t) = 9000 (5 + 16e-0.050 +te-0.05t) When does the maximum bacterial population occur? What is the maximum population?
The population (in Millions) of a country t years after 1800 is given by the function f(t). Use the graphs of f(0,1(1), and t'' (t) given below to answer the following questions AY 300 250 200 3- 003- 2 y=0 150 100 50 0.02- 0.01- 0+ -0.014 -0.02- y -0.03 1 50 100 150 200 yer 0 0+ 0 50 100 150 200 50 100 150 200 (a) What was the population in 1925? The population in 1925 wes milion...
The doubling time of a bacterial population is 20 minutes. After 100 minutes, the bacterial population was 80000. What was the initial population of bacteria? Preview Round your answer to the nearest whole bacterium. Using your rounded answer from above, find the size of the bacterial population after 4 hours. Preview Round your answer to the nearest whole bacterium.
The doubling time of a bacterial population is 20 minutes. After 120 minutes, the bacterial population was 60000. What was the initial population of bacteria? Round your answer to the nearest whole bacterium. Using your rounded answer from above, find the size of the bacterial population after 5 hours. Round your answer to the nearest whole bacterium.
write a function p(t) that describes the population after t days of a colony of 1000 fire ants that doubles in population every 13 days, then how long would it take for the ant population to reach 10,000
1. The population of Sasquatch (in thousands), P(t), t years after 2015 is given by: 120 P(t) 13e-0.05t t > 0 (a) Find and interpret P(0). an expression for P'(t). (b) Find and simplify (c) Find and interpret P'(0). (d) Use P(0) and P'(0) to approximate the Sasquatch population in 2017. 1. The population of Sasquatch (in thousands), P(t), t years after 2015 is given by: 120 P(t) 13e-0.05t t > 0 (a) Find and interpret P(0). an expression for...