Cell Movement
Photosynthesis
Cellular Respiration
Mitosis
Bio Labs
100

What is passive transport?

movement of molecules across the membrane without the use of energy. High to low concentration.

100

Where does energy for photosynthesis come from?

the sun

100

What is the energy created by cellular respiration called?

ATP

100

What is the result/purpose of mitosis?

create two identical cells 

100

Say one lab we did in bio this trimester. Needs to include the process/purpose (we've done 3)

Cell size lab with potatoes and iodine

Alien BTB lab with changing colors depending on gas

Osmosis and diffusion lab with grapes and raisins

200

What is active transport?

movement of molecules across the membrane with the use of ATP. Low to high concentration.

200

Where in the cell does photosynthesis take place?

the chloroplast

200

Where does cellular respiration take place?

Mitochondria

200

What do we call the cells that go through mitosis?

Body/somatic cells

200

In the cell size lab, what did we learn about the importance of cell size?

The smaller "cells" are more efficient at "nutrients" to enter. The iodine got in faster than in the bigger cells. 

300

What is the main difference between endocytosis and exocytosis?

Endocytosis: a process that brings molecules into the cell

Exocytosis: a process that brings molecules out of the cell

300

What are the products of photosynthesis?

Sugar(glucose) and oxygen

300

What are the reactants of cellular respiration?

Sugar (glucose) and oxygen

300

Which step of mitosis do the chromosomes line up in the middle of the cell?

metaphase

300

In the alien BTB lab, when humans blew into the liquid, it turned yellow. But when Herbarians blew into the liquid, it turned blue. What gases caused which colors?

Blue - Oxygen

Yellow - Carbon dioxide

400

What is osmosis and why is it considered passive transport?

It is the diffusion of water across the membrane and it doesn't require energy. 

400

What is the purpose of plants having mitochondria if they have chloroplasts?

They need to make the sugar into ATP. Sugar is food.

400

How are the reactions of cellular respiration and photosynthesis related?

They are opposite reactions

400

What are the phases of the cell cycle? Must be in order.

Interphase -> prophase -> metaphase -> anaphase -> telophase -> cytokinesis

400

Define or explain the terms: solute, solvent, solution

Solute: a solid, liquid, or gas that is dissolved in a solvent - gets dissolved

Solvent: a liquid in which a solute is added to make a solution - does the dissolving

Solution: a mixture in which a solute is evenly distributed throughout a solvent

500

What are 2 differences between active and passive transport?

Passive: moves high to low; no energy

Active: moves low to high; uses ATP

500

Write the balanced equation for photosynthesis on the board. Hint: there are 5 parts

6CO2 + 6H2O + sunlight/light energy -> C6H12O6 + 6O2

500

Write the balanced equation for cellular respiration. Hint: There are 5 parts

C6H12O6 + 6O2 -> 6CO2 + 6H2O + ATP

500

What occurs during mitosis? Describe it. Need to say at least 1 thing from the 4 different stages, including the phase name.

Prophase: nuclear membrane and nucleolus disappear, centrioles move to poles, chromosomes condense, spindle fibers begin to stretch across the cell

Metaphase: chromosome pairs line up in center, spindle fiber attaches to centromere of chromosomes

Anaphase: chromosome pairs separate and move to opposite ends

Telophase: two nuclei form, chromosomes change to chromatin (decondense)

Cytokinesis: cytoplasm separates and two new cells form (membrane pinches in animal cells, cell wall forms in plant cells)


500

Define the following terms or use examples to describe: hypotonic, hypertonic, and isotonic.

Hypotonic: concentration of water in cell is lower than the outside so water will move into the cell OR concentration of solute is higher in the cell than the outside so water will move into the cell OR specific example

Hypertonic: concentration of water in cell is is higher than the outside so water will move out of the cell OR concentration of solute is lower in the cell than the outside so water will move out of the cell OR specific example

Isotonic: concentration of water or solute is equal in the cell and the outside so water will go in/out to maintain equilibrium OR specific example