<p>*In your own words, describe what the cell theory is. *Draw (and understand) the difference between exocytosis and endocytosis. *Make a chart to compare autotrophs and heterotrophs *Use an entire page to make a chart comparing cellular respiration and photosynthesis. There should be over 10 statements and drawings for each column. *Define each type of energy listed in section 7.2. Give two examples for each type as well. *Describe ATP in your own words. What is it, what is its purpose, where do you find it.</p><p>*In your own words, describe what the cell theory is. All living things are made up of cells and cells are the building blocks of life (they are the simplest unit of function in living things). </p><p>*Draw (and understand) the difference between exocytosis and endocytosis.</p><p>*Make a chart to compare autotrophs and heterotrophs</p><p>Produce own food Yes No</p><p>Food chain Producers, sometimes primary level Primary, Secondary and tertiary, etc consumers</p><p>Plants, algae and some bacteria Examples Herbivores, omnivores and carnivores</p><p>An organism that is able to form Heterotrophs cannot produce organic nutritional organic substances from compounds from inorganic sources and Definition simple inorganic substances such as therefore rely on consuming other carbon dioxide. organisms in the food chain. They eat plants and animals. What or Produce their own food for energy. Cellular respiration How they Photosynthesis, solar energy Chemical energy  ATP (a different eat ? chemical energy type of chemical energy) CHLOROPLASTS MITOCHONDRIA only Organelles (some mitochondria) (never chloroplasts) *Use an entire page to make a chart comparing cellular respiration and photosynthesis. There should be over 10 statements and drawings for each column. (see attached chart)</p><p>*Define each type of energy listed in section 7.2. Give two examples for each type as well.</p><p>TWO MAIN CATEGORIES KINETIC: energy of motion POTENTIAL: energy that is stored due to an objects position/arrangement</p><p>Thermal energy: (type of kinetic energy), random molecular motion </p><p>Chemical energy: (type of potential energy), stored in chemical bonds </p><p>*Describe ATP in your own words. What is it, what is its purpose, where do you find it.</p><p>ATP is a molecule that is chemical energy. It is produced during cellular respiration in the presence of oxygen to convert glucose into a different type of chemical energy. It is the main energy supply in plants and animals. </p><p>Energy is release from the bonds in the sugars. ATP is organic. “Adenosine triphosphate”. </p>