What is the second rule of cell theory? 

What is the third rule of cell theory? 

This cell type is small and lacks a nucleus. 

This cell type has genetic material and a cell membrane. 

This cell type has a nucleus and other membrane bound organelles. 

This type of cell has a mitochondria. 

This type of cell has a chloroplast. 

This type of cell has a large central vacuole. 

This type of cell has a Golgi Apparatus. 

This type of cell has a cell membrane. 

This organelle makes proteins for the cell. 

This organelle makes energy for the cell in the form of ATP. 

This organelle makes ribosomes for the cell. 

This organelle sorts, modifies, and distributes cell products. 

This organelle transports and modifies proteins in the cell. 

This organelle transports and modifies carbohydrates and lipids in the cell. 

This organelle allows plant cells to produce sugar and oxygen from carbon dioxide, water, and light. 

This organelle contains enzymes that are used to break down food and wastes in the cell. 

Cell organelle that is a storage location. These are large and singular in plant cells while being smaller and more numerous in animal cells. 

Cell structure that support the internal structure of the cell and the cell organelles. 

Supportive outer structure of plant cells that is composed of cellulose and allows the cell to withstand greater osmotic pressure. 

Cell organelle that is responsible for the movement of the DNA during cell division. 

This cell membrane component controls transport of large compounds in and out of the cell. It can be used for both active and passive transport depending on the circumstances. 

This cell membrane component makes the plasma membrane more stable.

This cell membrane component identifies the cell and is only found on the outside of the membrane.

This cell membrane component makes up the majority of the plasma membrane and acts as a barrier to keep most things out of the cell.

This osmotic condition involves a higher amount of solute outside the cell than inside the cell. 

This osmotic condition involves a lower amount of solute outside the cell than inside the cell. 

This osmotic condition involves the same amount of solute outside the cell and inside the cell. 

This portion of a phospholipid is attracted to water. 

This portion of a phospholipid repels water. 

This type of cell transport involves substances moving directly through the cell membrane from a high concentration to low concentration. 

This type of cell transport involves the movement of water across a membrane. 

This type of cell transport involves movement of substances through channel proteins down a concentration gradient (from high to low concentration). 

This type of cell transport involves the enveloping of substances by the cell membrane. 

This type of cell transport involves the expelling of large cell products directly through the cell membrane through the use of vesicles. 

In order for simple diffusion to take place, substances must have which two qualities? 

Which type of endocytosis is shown in the image? 

Which type of endocytosis is shown in the image? 

Which type of endocytosis is shown in the image? 

Which osmotic condition is shown in the image? HINT: The size of the arrows indicate which way water is moving. Larger arrows = more water movement. 

Which osmotic condition is shown in the image? HINT: The size of the arrows indicate which way water is moving. Larger arrows = more water movement. 

Which osmotic condition is shown in the image? HINT: The size of the arrows indicate which way water is moving. Larger arrows = more water movement. 

Which part of a phospholipid is attracted to water? 

Which part of a phospholipid is repels water?