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Test your basic knowledge |
Plants
Start Test
Study First
Subject
:
science
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Made of amino acids - structure (ex. cytoskeleton) - produce enzymes
photosynthesis equation
monomer
tendrils
proteins
2. Special pointy leaves made to protect the stem
spines
electron transport chain
proteins
indeterminate growth
3. More effective in stable environments - focus on fast growth without competition
ring-porous wood
phloem
electron transport chain
asexual reproduction
4. Increase width (girth) of stems and roots - has vascular cambium and cork cambium
mycorrhizas
homosporous
Krebs cycle
lateral meristem (secondary growth)
5. Synthesize proteins based on mRNA code
megaspore
challenges to sustainable forestry
collenchyma
ribosomes
6. The atmosphere is 21% oxygen - so that inherently means that over time plants have taken in more CO2 than they produce. this must be the case - otherwise we would all be dead.
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7. Outer layer - barrier to animals and pathogens
sporophyte
dermal tissue
sustainable forestry
tubers
8. Part of leaf that is loose for easy gas diffusion
heterosporous
vascular tissue
wood products
spongy mesophyll
9. Makes dermal tissue for bark
potential energy
oxidation
cork cambium
megaspore
10. General purpose cell. thin primary cell wall. most common
parenchyma
36
photosynthesis equation
stolons
11. Haploid - produces gametes through mitosis
primary metabolites
gametophyte
sexual reproduction
Why are plants important?
12. Produce vessels in spring and tracheids in winter (ex. oak tree)
kinetic energy
polymer
ring-porous wood
vacuole
13. CO2 (exhale) + H20 + ATP (energy) ? CH20 (food) + 02 (air)
kinetic energy
stems
vascular bundle (vein)
respiration equation
14. 1. Prokaryotes are approximately the same size as their organelle counterparts. 2. Double membrane 3. Chloroplasts and mitochondria have their own unique circular DNA
Three evidences of endosymbiotic theory
wood products
three traits plants developed in response to sessile nature
secondary metabolites
15. Produces microgametophyte that stays with sporophyte plant (produces egg)
microspore
three stages of respiration
monomer
cavitation
16. Practice of employing management strategies to allow healthy return of timber harvest. (ex. leave mature trees - plant seedlings)
sustainable forestry
evidence to counter Larry's diatribe
symplasticly
organic synthesis
17. Produce vessels year round (ex. northern Arizona aspen)
diffuse-porous wood
pneumatophores
Krebs cycle
oxidation
18. Large compound formed from combinations of many monomers
spines
ring-porous wood
polymer
potential energy
19. Molecule manufacturing where ribosomes are - and then products are sent to the Golgi Apparatus
Endoplasmic Reticulum
apical meristem
sporophyte
heterosporous
20. Position leaves for max photosynthesis - provide resource transportation and storage - escape herbivores
byproducts of cellular respiration
stems
fern life cycle
homosporous
21. Attached directly by the base
how is water moved from root surface to vascular tissue?
sessile
ribosomes
Why are plants important?
22. Made of acetyl groups - structure energy and storage
lipds
apical meristem
cork cambium
symplasticly
23. Root apical meristem (quiescent center - or zone of cell division) - zone of elongation - zone of maturation
reduction
wood products
proteins
the three developmental zones in a plant root
24. 1) taking wood from an ecosystem also takes nutrients 2) seedling establishment isn't that easy -- lots of competition and herbivory to overcome in building a new forest
role of enzymes
Krebs cycle
carbon fixation
challenges to sustainable forestry
25. Made of cellulose - structure and inter-cellular transportation of nutrients via plasmodesmata.
ribosomes
sexual reproduction
cell wall
role of enzymes
26. Cytoskeleton -- motor proteins carry molecules and organelles across microtubule tracks
fern life cycle
Differences between mosses - ferns - conifers - and flowering plants.
transporting molecules within and between cells
tendrils
27. Change root structure entirely - make little bubble roots to help acquire nitrogen and phosphorous in exchange for sugars
redox reactions
bubble shaped bacteria
diffuse-porous wood
kinetic energy
28. Develop bordered pits to prevent spreading of bubbles - tracheids let water move laterally - refill at night - produce new xylem every spring
how plants deal with cavitation
tendrils
epidermis
vascular cambium
29. Xylem and phloem - used for transportation of water and sugars in plant
vascular tissue
dermal tissue
sporophyte
role of enzymes
30. Lengthen roots and stem - produce xylem and phloem - ground tissue - and epidermis
roots
angiosperm life cycle
potential energy
apical meristem
31. Gather and convert light energy - control CO2 and water loss
indeterminate growth
apoplasticly
organic synthesis
leaves
32. A series of proteins in which the high-energy electrons from the Krebs cycle are used to convert ADP into ATP by redox reactions
how plants deal with cavitation
electron transport chain
cytoskeleton
parenchyma
33. Free energy plants get out of the reactant's potential energy
regeneration
three traits plants developed in response to sessile nature
kinetic energy
spongy mesophyll
34. A thin membrane around the cytoplasm of a cell - gatekeeper of the cell
lipds
cell membrane
Endoplasmic Reticulum
alternation of generation
35. Stick straight up and act like straws in swamp and mangrove plants
indeterminate growth
asexual reproduction
parenchyma
pneumatophores
36. Stores water and waste and ultimately determines the shape of the cell
wood products
cuticle
vacuole
homosporous
37. Indeterminate growth - assisted reproduction - protection (chemical deterence - spikes - internal resource transport)
ground tissue
three traits plants developed in response to sessile nature
redox reactions
how is water moved from root surface to vascular tissue?
38. Part of leaf for photosynthesis
transporting molecules within and between cells
dehydration
heterosporous
palisade mesophyll
39. Ability crucial to plant structure and processing of energy - allows change to be made to help survival
xylem
cell wall
leaves
organic synthesis
40. Brings leaf water and nutrients - exports sugars
36
vascular bundle (vein)
cell wall
sporophyte
41. Convert carbs into ATP
leaves
Golgi Apparatus
three traits plants developed in response to sessile nature
Mitochondria
42. Through cells
spines
tendrils
symplasticly
Golgi Apparatus
43. Comes in twos - sieve tubes (no nucleus) and companion cells (nourish sieve tubes) - transport sugars and nutrients
secondary metabolites
cavitation
phloem
sclerenchyma
44. Mosses have no vascular tissue. Ferns reproduce with spores. Conifers reproduce with seeds. Flowering plants have flowers.
glycolysis
Differences between mosses - ferns - conifers - and flowering plants.
bubble shaped bacteria
Calvin Cycle
45. Organic molecules (materials) - enzymes (workers) - DNA (blueprint)
carbohydrates
three classes of biochemical components
ground tissue
plasmodesta
46. Organic compounds not directly involved in normal growth of organism. Facilitates reproduction and defense against predators.
evidence to counter Larry's diatribe
secondary metabolites
glycolysis
cavitation
47. Produces secondary vascular tissue
ATP
cork cambium
vascular cambium
sustainable forestry
48. Web of protein strands throughout the cell that allows organelles and molecules to move via motor proteins
evidence to counter Larry's diatribe
photosynthesis equation
cytoskeleton
heterosporous
49. Increase population fitness in unstable environments
fern life cycle
role of enzymes
how plants deal with cavitation
sexual reproduction
50. Proteins - lipids - carbohydrates - and nucleic acid
primary metabolites
ground tissue
cork cambium
plasmodesta