Register
The number P, in hundreds of bacteria in a sample, can be modeled by the equation P = t4 + 5t3 + 5t2 + 6t, where t is measured in weeks. Explain how to determine the number of weeks for which the population
40.1k views
0 votes
The number P, in hundreds of bacteria in a sample, can be modeled by the equation P = t4 + 5t3 + 5t2 + 6t, where t is measured in weeks. Explain how to determine the number of weeks for which the population would be greater than 10,000.

User Hugo Sousa
by
3.8k points

1 Answer

2 votes

Answer:

Write an inequality. Get 0 on one side of the inequality. Graph the polynomial function. Find the x-intercepts. Determine intervals where the graph is above the x-axis. Eliminate negative values from the solution.

Explanation:

The number P, in hundreds of bacteria in a sample, can be modeled by the equation-example-1
User Fung
by
3.8k points
Ask a Question
Welcome to QAmmunity.org, where you can ask questions and receive answers from other members of our community.

3.5m questions

4.5m answers

Other Questions

A study was completed in Florida. In southern Florida, the study involved 3,000 patients; 54% of them experienced flulike symptoms during the same month. The study had a margin of error of 1.8%. What does
Solve for x in the equation 3 x squared minus 18 x + 5 = 47. (I need this to be an answer like X=3+\_ square root 23)
The sanchez family goes out for dinner, and the price of the meals is $60. The sales tax on the Meals is 7 percent, and they also want to leave a 15 percent tip. What is the total cost of the meal? Analyze
A survey of 539 adults aged 18-24 year olds was conducted in which they were asked what they did last Friday night. It found: 189 watched TV 163 hung out with friends 29 watched TV and ate pizza, but did
WHAT IS 33 TIMES 5 TELL ME THE ANWER
Link Copied!