Fall Final - Day 1 Review - 2024

Poll

What is your favorite Christmas tradition?

• decorating the Christmas tree

• Watching Christmas movies

• Santa Claus

• Exchanging gifts

• Baking cookies

Drag and Drop

​

Placeholder

are simple cells that do not have a​

Placeholder

or other membrane bound organelles like mitochondria, but they do have​

Placeholder

and ribosomes.​

Placeholder

are more complex and have a nucleus that contains the DNA. They also have membrane-bound organelles like mitochondria and​ chloroplasts . Both cell types have​

Placeholder

for protein synthesis.

Drag these tiles and drop them in the correct blank above

Prokaryotes

nucleus

DNA

Eukaryotes

ribosomes

Viruses

Plasma membrane

Cytoplasm

Match

Match the organelle and cell structures with their correct function.

• cell membrane

• vacuole

• chloroplast

• ribosome

• mitochondria

helps the cell maintain homeostasis

maintain water level by storing water

site for photosynthesis

site for protein synthesis

site for cell respiration to make ATP

• helps the cell maintain homeostasis

• maintain water level by storing water

• site for photosynthesis

• site for protein synthesis

• site for cell respiration to make ATP

Multiple Choice

What structure do viruses use to attach to a host cell?

• Genetic material

• Surface proteins or glycoproteins

• Capsid

• Protein envelop

Multiple Choice

What structure in a virus has a similar role to a nucleus in the cell by protecting the genetic material?

• Surface projections

• Capsid
• Viral sheath

• Protein envelope

Multiple Choice

Which of the following is not a way to prevent or treat viruses?

• antibiotics
• antiviral medications
• vaccines
• wash your hands

Labelling

Label the diagram.

Drag labels to their correct position on the image

C₆H₁₂0₆ + 0₂

CO₂ + H₂O

ATP Energy

mitochondria

chloroplast

Multiple Choice

After photosynthesis, plants store their energy as _________ .

• chlorophyll

• pigment

• glucose (sugar chemical energy)

• Oxygen

Multiple Choice

What is cellular respiration?

• the breakdown of glucose to release ATP

• the breakdown of glucose to release carbon

Multiple Choice

When a plant does photosynthesis, what is it taking in from the air?

What is it releasing to the air?

• It takes in oxygen (O₂).

  It releases carbon dioxide (CO₂).

• It takes in oxygen (O₂).

  It releases carbon monoxide (CO).

• It takes in carbon dioxide (CO₂).

  It releases oxygen (O₂).

• It takes in carbon monoxide (CO).

  It releases carbon dioxide (CO₂).

Multiple Choice

What are the reactants of cellular respiration?

• CO₂ + H₂O + ATP

  (Carbon dioxide, water, and energy)

• H₂0 + O₂

  (Water and oxygen)

• C₆H₁₂O₆ + O₂

  (Glucose and oxygen)

• CO₂ + O₂

  (Carbon dioxide and oxygen)

Multiple Choice

What are the products of cellular respiration?

• CO₂ + H₂O + ATP

  (Carbon dioxide, water, and energy)

• H₂0 + O₂

  (Water and oxygen)

• C₆H₁₂O₆ + O₂

  (Glucose and oxygen)

• CO₂ + O₂

  (Carbon dioxide and oxygen)

Multiple Choice

Does the law of conservation of energy apply to the process of cellular respiration?

• No, because the mass of the reactants and products in the chemical equation of cellular respiration is different.

• Yes, because the mass of the reactants and products in the chemical equation of cellular respiration is the same.

• No, because the energy is not transformed from one form to another during cellular respiration.

• Yes, because the energy is transformed from one form to another during cellular respiration.

Multiple Choice

Does the law of conservation of mass apply to the process of cellular respiration?

• No, because the mass of the reactants and products in the chemical equation of cellular respiration is different.

• Yes, because the mass of the reactants and products in the chemical equation of cellular respiration is the same.

• No, because the energy is not transformed from one form to another during cellular respiration .

• Yes, because the energy is transformed from one form to another during cellular respiration.