Test: Plants
Description: Reproduction Survival, Defense
Subject: Science
Subtopic: Nature of Science
Topic: Other (topic not present)
Grade: 6
Instructions: Answer all questions to get your test result.

Question 1 of 10
A plant's leaves turn toward light when they grow. What is this an example of?

response to water



Response to touch
Question 2 of 10
Which of the following best describes photosynthesis?

plants use protein and carbon dioxide to make oxygen

plants use water and carbon dioxide to make oxygen and sugar

plants use water and oxygen to make sugar and carbon dioxide

plants use water and sugar to make carbon dioxide
Question 3 of 10
Which of the following is an example of asexual reproduction?

A female cone being pollinated by a male cone.

A yeast budding

a male and female parent producing an offspring

A marigolod seed being pollinated
Question 4 of 10
Xylem and phloem are parts of what plant structure




Question 5 of 10
A plant's roots grow into the ground. What is this an example of?




Question 6 of 10
What are three examples of nonvascular plants?

moss, tulips, liverworts

liverworts, hornworts, pine tree

moss, liverworts, hornworts

pine tree, moss, ferns
Question 7 of 10
____ is the male reproductive part of the flower/ ____female reproductive part of the flower

stamen, pistil

pistil, stamen

anther, filament

anther, ovule
Question 8 of 10
In order for germination to take place, the environment surrounding the seed needs___

carbon dioxide, water, and warm temperatures

oxygen, water, and warm temperatures

carbon dioxide, water, and cool temperatures

oxygen, water, and cool temperatures
Question 9 of 10
How do nonvascular plants transport nutrients?

through a tube-like structure inside the stem

through the leaves of the plants

through a tube-like structure connected cell to cell

through the xylem and the phloem
Question 10 of 10
What is the difference between an autotroph and a heterotroph?

A heterotroph makes its own food

An autotroph cannot make its own food

An autotroph can make its own food

A heterotroph and an autotroph both make their own food