Knowee
Questions
Features
Study Tools

A local zoo has just opened a new stingray environment with 7 young, healthy stingrays. The population of stingrays in the enclosure is expected to at least double every year and can be represented after x years by this inequality.𝑦≥7⁢(2)𝑥At the time the stingrays were added to the enclosure, the zookeepers determined that the enclosure could sustain at most 160 stingrays. The number of stingrays the enclosure can sustain after x years, because of budget constraints, can be represented by this inequality.𝑦≤160−2⁢𝑥Which point on the graph represents a possible number of stingrays, y, in the enclosure?

Question

A local zoo has just opened a new stingray environment with 7 young, healthy stingrays. The population of stingrays in the enclosure is expected to at least double every year and can be represented after x years by this inequality.𝑦≥7⁢(2)𝑥At the time the stingrays were added to the enclosure, the zookeepers determined that the enclosure could sustain at most 160 stingrays. The number of stingrays the enclosure can sustain after x years, because of budget constraints, can be represented by this inequality.𝑦≤160−2⁢𝑥Which point on the graph represents a possible number of stingrays, y, in the enclosure?

...expand
🧐 Not the exact question you are looking for?Go ask a question

Solution

To find a possible number of stingrays, y, in the enclosure, we need to find a point that satisfies both inequalities.

The first inequality, y ≥ 7(2)^x, represents the population growth of the stingrays. The second inequality, y ≤ 160 - 2x, represents the maximum number of stingrays the enclosure can sustain.

We need to find a point (x, y) that satisfies both inequalities. This means we need to find a year, x, and a number of stingrays, y, such that the population of stingrays is at least double the previous year's population but also less than or equal to the maximum number the enclosure can sustain.

Without specific points provided, we can't give a specific answer. However, we can say that any point that lies in the region where both inequalities overlap on a graph would represent a possible number of stingrays in the enclosure.

To find these points, you would graph both inequalities on the same set of axes and look for the region where they overlap.

This problem has been solved

Similar Questions

A herd of bison currently has 55 members. Based on the available resources, biologists estimate that the size of the herd will increase at a rate of 6% per year. Which of the following graphs models this relationship, if the x-axis represents years and the y-axis represents number of bison?A.B.C.D.SUBMITarrow_backPREVIOUS

A zoo has a 5-acre bird sanctuary and a 30-acre wildlife area. The total number of animals in the zoo is 4,150. The equation 5x+30y=4,150 represents this situation. Which of the following is the best interpretation of y in this context?AThe average number of animals per acre in the bird sanctuaryBThe average number of animals per acre in the wildlife areaCThe total number of animals in the bird sanctuaryDThe total number of animals in the wildlife areaConsy SondeQuestion 5/5BACKNEXT

Changes in a population of wildebeests are shown in the graph below.Which statement best explains the section of the graph labeled X?Choose 1 answer:Choose 1 answer:(Choice A)   The wildebeest population has reached its carrying capacity.AThe wildebeest population has reached its carrying capacity.(Choice B)   Interbreeding is occurring between members of different species. BInterbreeding is occurring between members of different species.(Choice C)   The wildebeest are no longer in competition for resources with other species.CThe wildebeest are no longer in competition for resources with other species.(Choice D)   Predation is low and resources are high. DPredation is low and resources are high.

The graph shows how the populations of two whale species have varied over time. Which species (1 or 2) is currently at most risk of extinction, based on this data?

If a population with abundant resources and no predators has an intrinsic rate of increase of 0.2 and a starting population size of 20 individuals, what is the approximate population size at the end of 4 days of growth? Use a chart similar to the one shown in the tutorial for exponential growth.Multiple Choice35 individuals36 individuals42 individuals50 individuals

1/1

Upgrade your grade with Knowee

Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.