placeholder image to represent content

TEKS Biology High School - B.7.E: Adaptation & Diversity

Quiz by TEKS Biology High School

High School - Biology
Science (2010)
Texas Essential Knowledge and Skills (TEKS)

Feel free to use or edit a copy

includes Teacher and Student dashboards

Measures 1 skill from
High School - Biology
Science (2010)
Texas Essential Knowledge and Skills (TEKS)

B.7.E: Adaptation & Diversity

Track each student's skills and progress in your Mastery dashboards

With a free account, teachers can
  • edit the questions
  • save a copy for later
  • start a class game
  • automatically assign follow-up activities based on students’ scores
  • assign as homework
  • share a link with colleagues
  • print as a bubble sheet

Our brand new solo games combine with your quiz, on the same screen

Correct quiz answers unlock more play!

New Quizalize solo game modes
12 questions
Show answers
  • Q1
    In the 1940s, the scientist J. B. S. Haldane linked many human red blood cell disorders with the tropical regions where malaria occurs. Haldane hypothesized that the widespread presence of these red blood cell disorders as well as traits that protect individuals from malaria were the result of natural selection. Haldane’s hypothesis was later confirmed by the research of A. C. Allison. The resistance to malaria carried by individuals in areas where malaria is widespread is the result of —
    a vaccine against malaria
    the individuals’ behavior in avoiding those with the infection
    antibiotic medications
    the individuals’ genetic composition
    30s
    B.7.E: Adaptation & Diversity
  • Q2
    The table shows the survival rate of two types of beetles in the same environment over a period of three years. Which statement about the beetles in this environment is best supported by the data?
    Question Image
    Green beetles are more fit for the environment than brown beetles are
    Brown beetles undergo a greater number of unfavorable mutations than green beetles do
    Brown beetles have a shorter life cycle than green beetles have
    Green beetles have a greater gene frequency among their population than brown beetles have
    30s
    B.7.E: Adaptation & Diversity
  • Q3
    A prey population consists of individuals with a variety of running speeds. The adaptation that allows some of these animals to run fast would be an example of natural selection if it helps them —
    Question Image
    survive and undergo mutations in their DNA
    produce offspring that run at average speeds
    lower the mortality rates of the population
    reproduce and increase the frequency of their genes in the population
    30s
    B.7.E: Adaptation & Diversity
  • Q4
    Nudibranchs are marine gastropods that lack shells. Many of these gastropods retain the foul-tasting poisons of their prey and secrete them when threatened. The bright coloration of the nudibranchs warns predators to avoid them. Based on this information, how has adaptation allowed marine gastropods to be successful without a shell?
    Question Image
    They have bright colors that attract a mate
    They find enough food as they move through the marine environment
    They blend in with their environment to hide from their predators
    They are not attacked by most predators and are able to reproduce successfully
    30s
    B.7.E: Adaptation & Diversity
  • Q5
    In the European roe deer (Capreolus capreolus), implantation of embryos after breeding is delayed. The deer breed in July or August but do not give birth until the following May or June. From summer to late December, the embryo rests in a state of dormancy as a 30-cell blastocyst. In late December or early January, the embryo sends a signal that causes the female to release hormones, allowing the embryo to continue to develop normally. Why is delayed implantation an advantageous adaptation for the European roe deer?
    Question Image
    Delayed implantation allows the mother to continue to breed with other males
    Delayed implantation enables the female to give birth to more fawns each year
    Without delayed implantation, the fawns would be born in the winter when food is scarce and the weather is harsh
    Without delayed implantation, the females would not be able to carry a pregnancy to full term
    45s
    B.7.E: Adaptation & Diversity
  • Q6
    Plants have developed many methods of seed dispersal. The table below shows seeds of two different plants. How has the seed dispersal method developed by these plants given them a reproductive advantage?
    Question Image
    The method reduces the plants’ need for water and other nutrients
    The method reduces the chance that herbivores will consume the seeds
    The method lengthens the life cycle of each of these plants
    The method ensures that offspring will be dispersed and reduces competition for resources
    30s
    B.7.E: Adaptation & Diversity
  • Q7
    Scientists estimate that there are more than 20,000 species of ants. The species range in size from 1 mm long to 38 mm long and live in most environments. The diets of ants range from flowers and seeds to fluids from their own larvae. Ants have been able to successfully inhabit so many different environments because their populations have been able to —
    fill niches usually occupied by mammals
    occupy habitats that have no other life-forms
    adapt to a variety of habitats and food sources
    hybridize with other species of insects
    30s
    B.7.E: Adaptation & Diversity
  • Q8
    In Madagascar scientists have discovered a moth, Xanthopan morganii praedicta, that has a 30.5 cm proboscis and feeds from and pollinates Darwin’s orchid, Angraecum sesquipedale. The orchid has a nectar-producing tube that is 27.9 cm long. How is the moth’s proboscis size an adaptation for its environment?
    Question Image
    The moth can avoid larger animals
    The moth has time to feed during the day
    The moth has little competition for food
    The moth can pollinate other flowers
    30s
    B.7.E: Adaptation & Diversity
  • Q9
    Some organisms have genes that improve their ability to survive and reproduce. If the genes also help their offspring survive and reproduce, then which of the following will most likely increase?
    The frequency of the genes in one individual
    The number of genes in one chromosome
    The frequency of the genes in the population
    The number of genes in the species
    30s
    B.7.E: Adaptation & Diversity
  • Q10
    A harmless scarlet king snake and a venomous eastern coral snake have similar band patterns, as shown below. For the scarlet king snake, the adaptation of having a banding pattern like the eastern coral snake’s is known as mimicry. The outcome of this adaptation in the scarlet king snake is to —
    Question Image
    make it easier for the scarlet king snake to attract prey
    protect the scarlet king snake from predators
    allow the scarlet king snake to blend in with its environment
    make it easier for the scarlet king snake to interbreed with the other snake
    30s
    B.7.E: Adaptation & Diversity
  • Q11
    The white cattail is a hybrid species of plant that is a result of the cross between the broad-leaved cattail and the narrow-leaved cattail. Over time, the white cattail has established itself in the wetlands of Midwestern states. Which of these explains the success of the white cattail?
    Hybrid species display more adaptations due to their reduced genetic diversity.
    Inherited traits passed on from parental generations make hybrid species more susceptible to disease.
    Favorable genes from parental generations provide advantageous characteristics to the hybrid species.
    Hybridization produces offspring traits that allow different species to survive in extreme environments.
    60s
    B.7.E: Adaptation & Diversity
  • Q12
    Adaptations that result from natural selection are expected to increase the fitness of an organism. In terms of natural selection, which of the following best describes fitness?
    Being able to survive long enough to reach the adult stage
    Being able to escape from predators
    Being able to survive, find a mate, and produce offspring
    Being among the strongest organisms in a population
    60s
    B.7.E: Adaptation & Diversity

Teachers give this quiz to your class