9. Match each description or function with a structure.A. Mitochondria B. Chloroplasts C. Nucleuolus D. Endoplasmic reticulum E. Golgi apparatus F. Lysosomes G. Vacuole H. Peroxisome I. Microtubules J. Actin K. Intermediate filamentsL. Ribosomes_1) Photosynthesis._2) Produces ribosomal subunits._3) Protein synthesis._4) Used in cell crawling and cell contraction, also called microfilaments._5) Power plant of the cell – the location of cellular respiration._6) A strong structural protein within cells, no polymerization once formed, prevent excessive stretching of cells._7) Involved in the breakdown of fats and contains the enzyme catalase._8) Used to move vesicles within cells, made of dimers of alpha- and beta- tubulin._9) Packages proteins for export from cells; forms secretory vesicles._10) Digest worn-out organelles and cell debris; digest material taken up by endocytosis._11) Intracellular compartment forms transport vesicles; participates in lipid synthesis and synthesis of membrane or secreted proteins._12) Carries out a variety of functions including regulating water levels in plant cells.

D. Endoplasmic reticulum [11) Intracellular compartment forms transport vesicles; participates in lipid synthesis and synthesis of membrane or secreted proteins.]

E. Golgi apparatus [9) Packages proteins for export from cells; forms secretory vesicles.]

F. Lysosomes [10) Digest worn-out organelles and cell debris; digest material taken up by endocytosis.]

G. Vacuole [12) Carries out a variety of functions including regulating water levels in plant cells.]

H. Peroxisome [7) Involved in the breakdown of fats and contains the enzyme catalase]

I. Microtubules [8) Used to move vesicles within cells, made of dimers of alpha- and beta- tubulin]

J. Actin [6) A strong structural protein within cells, no polymerization once formed, prevent excessive stretching of cells]

K. Intermediate filaments [4) Used in cell crawling and cell contraction, also called microfilaments.]

L. Ribosomes [3) Protein synthesis.]