Jeopardy. Photosynthesis Cell Transportation Cell Cycle RespirationOther topics 100 200 300 400 500.

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Presentation transcript:

Jeopardy

Photosynthesis Cell Transportation Cell Cycle RespirationOther topics

Photosynthesis for 100 Plants use sunlight to make food in what process?

Photosynthesis for 200 These are the raw materials of photosynthesis.

Photosynthesis for 300 Why are photosynthesis and respiration considered opposites?

Photosynthesis for 400 What are the products of photosynthesis?

Photosynthesis for 500 What is the equation for photosynthesis?

Cell Transportation for 100 Which is the main way small molecules move across the cell membrane?

Cell Transportation for 200 This is the diffusion of water.

Cell Transportation for 300 What is passive transport?

Cell Transportation for 400 What is active transport?

Cell Transportation for 500 What are two types of passive transport?

Cell Cycle for 100 DNA replication takes place during what stage?

Cell Cycle for 200 The final stage of the cell cycle is what?

Cell Cycle for 300 The cell grows to its mature size during which stage?

Cell Cycle for 400 During DNA replication adenine pairs with only what other base?

Cell Cycle for 500 During which stage of the cell cycle does the nucleus divide into to nuclei?

Respiration for 100 The first stage of respiration takes place where?

Respiration for 200 The energy released in respiration is released in the what?

Respiration for 300 The main difference between respiration and fermentation is that fermentation doesn’t use what?

Respiration for 400 What is the equation for respiration?

Respiration for 500 What are the raw material of respiration? What are the products?

Other Topics for 100 Proteins are made up of smaller units called what.

Other Topics for 200 Which of these is an organic compound? a)water b)Carbon dioxide c)DNA d)Amino acids

Other Topics for 300 One product of fermentation in yeast is what?

Other Topics for 400 Most of these cannot take place without water.

Other Topics for 500 What is the difference between autotrophs and heterotrophs? How do heterotrophs depend on autotrophs?

Photosynthesis for 100 What is photosynthesis?

Photosynthesis for 200 What are water and carbon dioxide?

Photosynthesis for 300 What is photosynthesis uses energy with carbon dioxide and water to produce sugar and oxygen and respiration uses sugar and oxygen to produce carbon dioxide and water and release energy?

Photosynthesis for 400 What are sugar and oxygen?

Photosynthesis for 500 What is 6 CO2 + 6 H2O C6H12O6 + 6 O2?

Cell transportation for 100 What is diffusion?

Cell transportation for 200 What is osmosis?

Cell transportation for 300 It is the process of moving molecules from an area of higher concentration to an area of lower concentration without using energy. It includes diffusion and osmosis.

Cell transportation for 400 It is the process of transporting proteins from an area of lower concentration to an area of higher concentration using the cell’s energy. Two examples are the protein pump and engulfing.

Cell transportation for 500 What are diffusion and osmosis?

Cell cycle for 100 What is interphase?

Cell cycle for 200 What is cytokinesis?

Cell cycle for 300 What is interphase?

Cell cycle for 400 What is thymine?

Cell cycle for 500 What is mitosis?

Respiration for 100 What is the cytoplasm?

Respiration for 200 What is the mitochondria?

Respiration for 300 What is oxygen?

Respiration for 400 What is C6H12O6 + 6 O2 6 CO2 +6 H2O + energy

Respiration for 500 The raw materials are sugar and oxygen. The products are water, carbon dioxide, and energy.

Other topics for 100 What are amino acids?

Other topics for 200 water

Other topics for 300 What is alcohol?

Other topics for 400 What are chemical reactions?

Other topics for 500 Autotrophs can make their own food while heterotrophs can’t. Heterotrophs must eat the autotrophs to get food.

Other things on the test. Know what chlorophyll is Know what a chromatid is Know the difference between an element and a compound Know where carbon dioxide exits the leaf (it exits through the stomata)