Question

1. match the cell parts in the first column with the descriptions in the second column. each cell part and description should be used only once.

cell structure description
a. ribosome anchors organelles, holds nucleus in place
b. golgi apparatus released by the golgi apparatus, travels to the surface of the cell to release its contents
c. nucleolus synthesizes proteins
d. microtubules where ribosomes are made
e. cell membrane controls cell function and site of dna storage
f. rough er allows movement of organelles within the cell
g. centriole shuttles proteins between organelles
h. transport vesicles provides storage of water, chemicals, and wastes in plant cells
i. mitochondrion controls passage of molecules in and out of the cell
j. flagella where proteins are made
k nucleus organizes the spindle in cell division
l smooth er converts solar energy to useable cell energy
m. cell wall allows contraction and movement of cells
n. lysosome allows the cell to move in space
o. microfilament synthesizes and transports lipids
p. chloroplast shapes plant cells
q. central vacuole modifies and exports proteins
r. chromosome converts the energy from nutrients into atp
s. intermediate filaments digests food vacuoles and damaged organelles
t. organelle stores genetic information, located in nucleus
u. secretory vesicles general name for structures in the cytoplasm

Explanation:

Ribosome synthesizes proteins. Golgi apparatus modifies and exports proteins and releases secretory vesicles. Nucleolus is where ribosomes are made. Microtubules anchor organelles and allow movement of organelles. Cell membrane controls passage of molecules. Rough ER synthesizes and transports proteins. Centriole organizes the spindle in cell division. Transport vesicles shuttle proteins. Mitochondrion converts energy from nutrients to ATP. Flagella allow the cell to move. Nucleus controls cell function and stores DNA. Smooth ER synthesizes and transports lipids. Cell wall shapes plant cells. Lysosome digests food vacuoles and damaged organelles. Microfilament allows contraction and movement. Chloroplast converts solar energy to usable cell energy. Central vacuole provides storage in plant cells. Chromosome stores genetic information. Intermediate filaments hold nucleus in place. Organelle is a general name for cytoplasmic structures. Secretory vesicles are released by Golgi apparatus and travel to cell - surface to release contents.

Answer:

A. Synthesizes proteins
B. Modifies and exports proteins
C. Where ribosomes are made
D. Anchors organelles, allows movement of organelles
E. Controls passage of molecules in and out of the cell
F. Synthesizes and transports proteins
G. Organizes the spindle in cell division
H. Shuttles proteins between organelles
I. Converts the energy from nutrients into ATP
J. Allows the cell to move in space
K. Controls cell function and site of DNA storage
L. Synthesizes and transports lipids
M. Shapes plant cells
N. Digests food vacuoles and damaged organelles
O. Allows contraction and movement of cells
P. Converts solar energy to useable cell energy
Q. Provides storage of water, chemicals, and wastes in plant cells
R. Stores genetic information, located in nucleus
S. Holds nucleus in place
T. General name for structures in the cytoplasm
U. Released by the Golgi apparatus, travels to the surface of the cell to release its contents