Roots
Stem
Leaves
Flower
Energy
100
What is the function of the roots?
To absorb water, nutrients, and minerals
100
The phloem is damaged in the stem. What molecule will no longer be transported.
Nutrients
100
This hole is involved in transpiration and photosynthetic gases. What is this hole called?
Stomata
100
The carpel is (male/female) part of the flower, made of 3 parts--stigma, style, ovaries.
Female
100
Write the reactants of cellular respiration
C6H12O6 + 6O2
200
What part of the root is this pointing to?
Apical Meristem
200
What tissue layer protects the outside of the plant?
Dermal
200
What structure on the stomata controls transpiration, and photosynthetic gases entering or exiting?
Guard Cells
200
The anther sits on top of the:
Filament
200
Write the reactants of photosynthesis.
6CO2 + 6H2O + Sunlight
300
If you add a high concentration of sugar, and the plant dies, use what you know about osmosis to explain why it died.
The high amount of sugar on the outside of the roots draws water from the plant, drying it out.
300
What tissue layer has the vascular bundle?
vascular tissue
300
What organelle is in charge of photosynthesis?
Chloroplast
300
The anther carries what:
pollen
300
Anaerobic respiration (fermentation) means what?
Making energy (ATP) without oxygen
400
True or False? Roots help to hold a plant in place.
True
400
Root hairs are useful to a plant because they do what?
Increase surface area for water absorption
400
What is the chloroplast filled with?
Chlorophyll
400
Pollen attaches to the stigma, travels down the style, and fertilizes the ovaries to create a _____
seed
400
Where is the energy located on the ATP molecule?
On the third phosphate bond.
500
The xylem in the vascular bundle of the root tip is damaged.What will happen now?
Water will not be transported from the root up.
500
Photosynthetic organelle:
Chloroplast
500
Leaves being flat allow for what best element to enter the leaf? Water, sunlight, or nutrients?
Sunlight
500
The main purpose of a flower is for:
Reproduction
500
ATP is made in what process
Cellular Respiration