Reptile Quiz Questions And Answers

[Cary Polachek]

Takepart in the adventure of a lifetime as you explore the reptile kingdom with our Reptile Quiz - Questions & Answers that will see you discover new realms with every question. Deep dive into the unmatched diversity of reptilian world, ranging from the hidden chameleon of Madagascar to the huge anaconda of the Amazon rainforest.

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Much more than a mere arithmetic, the Reptile Quiz will become the key to decoding the delicate mesh of life of which the reptiles are a part. Discover the fine details of reptile anatomy, ecology and conservation by interacting with a quiz which will be the foundation of fun and curiosity. Shed the mystery of this reptilian universe and you will see that you are a guardian of these exotic species. AI Quiz Maker from Appy Pie will teach you how to do it.

Once players reach the exit, they will be prompted to take the Metal Gear Solid Quiz. Depending on which difficulty level the mission is set to, the quiz will ask different (and more difficult) questions.

Monitor lizards are magnificent and adaptable creatures that have adapted to diverse environments across the globe. Their intelligence and hunting prowess make them a compelling subject of study for scientists and a source of intrigue for nature enthusiasts. As we continue to learn about and respect these impressive reptiles, we contribute to their conservation and ensure their continued survival in the wild.

11. What is the name of the unique reproductive behavior in some monitor lizard species where females can reproduce without mating?

a) Parthenogenesis

b) Self-fertilization

c) Virgin birth

d) Asexual reproduction

Answer: a) Parthenogenesis

14. Which monitor lizard species is known for its powerful swimming abilities and is often found near water bodies?

a) Komodo Dragon

b) Nile Monitor

c) Black Tree Monitor

d) Asian Water Monitor

Answer: d) Asian Water Monitor

20. Which of the following is not a common monitor lizard adaptation for climbing trees?

a) Strong limbs and claws

b) Prehensile tail

c) Suction cups on feet

d) Large eyes for depth perception

Answer: c) Suction cups on feet

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In Chapter 5, students learned how the process of dissolving different substances can result in an increase or decrease in temperature. In Chapter 6, students saw that different chemical reactions can also be exothermic or endothermic.

This engineering design lesson gives students an opportunity to apply these temperature-changing chemical processes to the problem of making a device to achieve and maintain a particular temperature range for a very specific purpose. This lesson is expected to take approximately two class periods plus additional time for students to imagine, draw, and describe their temporary portable reptile egg incubator.

This lesson begins with a story about rescuing reptile eggs from a new construction site. Using the story as motivation, students are presented with an engineering design challenge: Build a portable device which can warm, support, and protect one reptile egg as it is moved from a construction site to a nearby reptile conservation center.

After observing different heat packs, students discuss the criteria and constraints related to designing a heat pack as the basis for their device. Students investigate calcium chloride as an exothermic dissolver, and then move on to calcium chloride and baking soda as the exothermic chemical reaction which will serve as the heat source for their device.

Students use their findings and ideas about insulation and heat transfer to draw an optimized design that 1) Keeps an egg at the ideal temperature, 2) Holds an egg in the proper orientation, and 3) Protects the egg from impact. Each student or student group draws this device and explains how the device meets each of the three criteria.

Note: Students will not be expected to build every element of the heat pack such as incorporating a pouch of water into the pack. Their main goal is to achieve the target temperature range and to design, on paper, the final device.

The following story is included on the Student Activity Sheet. This story introduces the design challenge and serves as motivation for the lesson. Either read it aloud or have students read it silently.

Imagine that you are a volunteer with a reptile conservation center. One important project is to rescue reptiles (turtles, snakes, and lizards) that are in the unlucky position of living in the path of new construction. Typically, in these cases, animals move. They search for new homes and food sources nearby. However, eggs cannot crawl, slither, or swim to another location. And construction projects will not wait for eggs to hatch.

You have talked with construction workers at a site who agreed to notify you if they find reptile eggs. The center is able to incubate the eggs until the babies hatch and then return them to the wild. Your role is to design a reptile egg incubation device that keeps an egg warm and safe as it is transported from the worksite to the reptile conservation center.

Another type of hand warmer contains a solution of the chemical sodium acetate and a small metal disc. When the disc is bent, crystals of sodium acetate begin to form. This process of changing from a liquid to a solid produces heat.

Another type of heat pack contains a solid, such as magnesium sulfate, and a pouch of water. When the pouch of water is broken, the magnesium sulfate begins to dissolve. Dissolving this type of magnesium sulfate produces heat.

Students will record their observations and answer questions about the activity on the activity sheet. The Explain It with Atoms & Molecules and Take It Further sections of the activity sheet will either be completed as a class, in groups, or individually depending on your instructions. Look at the teacher version of the activity sheet to find the questions and answers.

The student activity sheet returns to the story about transporting reptile eggs from a construction site to a reptile conservation center. Have students look at the text message as well as the reptile egg identification page on their activity sheet to identify whether these eggs belong to a snake, turtle, or lizard. Each type of reptile egg has a different incubation temperature requirement.

Note: The bulb of each thermometer must be completely submerged in order to accurately measure the temperature of the liquid. If using thermometers with a thin plastic backing, use scissors to clip the bottom off so that the bottom of the bulb aligns with the bottom of the backing. This allows you to use less liquid which allows for more dramatic changes in temperature.

Note: Complete steps 5 and 6, found on the next page, as soon as possible after step 4. If students have worked with calcium chloride and baking soda before, ask the following questions before continuing the procedure.

Since adding baking soda makes the temperature go down, does this mean that it should not be used in the design of the device?

Not necessarily. Maybe it can be used so that gas is produced but with enough calcium chloride to make the temperature high enough. There would need to be some kind of balance between the amount of calcium chloride and baking soda so that the right temperature is reached, and enough gas is produced to hold the egg in position and protect the egg.

Tell students that they will combine calcium chloride, baking soda and water to try to get within the right range for snake eggs. First, they will mix the calcium chloride and baking soda together and then add this mixture to water.

If the temperature is too high, what can you do? What if it is too low?

If the temperature is too high, either decrease the amount of calcium chloride, add more baking soda, or a combination of both. If the temperature is too low, either increase the amount of calcium chloride, add less baking soda, or a combination of both.

About how much calcium chloride, baking soda, and water should be mixed to reach the right temperature range to incubate snake eggs?

Results will vary depending on the particular calcium chloride and baking soda you are using, accuracy of measuring tools and student measuring technique.

Remind students that their challenge is to make a heat pack to warm and safely transport snake eggs. Explain that next they will conduct the chemical reaction in a sealed bag to see if the temperature and amount of gas produced will do the job. Would the chemical reaction you tested in this lesson work if it were sealed in a plastic bag?

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