Match the organelle to its function. A) turgor pressure
B) ribosome production
C) support and flexibility
D) synthesis of complex polysaccharides
E) photosynthesis
F) synthesis of secretory proteins
G) detoxification of hydrogen peroxide
H) contains pigments in flowers
I) storage of hydrolase
J) boundary of the cell
K) protein synthesis
L) oxidation of sugars
M) cell shape and movement of organelles
N) information center
O) steroid synthesis
1) nucleus
2) mitochondrion
3) chloroplast
4) nucleolus
5) rough endoplasmic reticulum
6) smooth endoplasmic reticulum
7) extracellular matrix
8) cytoskeleton
9) chromoplast
10) Golgi complex
11) lysosome
12) peroxisome
13) central vacuole
14) ribosome
15) plasma membrane

Explanation:

This involves organic present in plant cell and the functions of all these various organelles.

A) turgor pressure - Central vacuole

B) ribosome production - nucleolus

C) support and flexibility - cytoskeleton

D) synthesis of complex polysaccharides - Golgi complex

E) photosynthesis - chloroplast

F) synthesis of secretory proteins - rough endoplasmic reticulum

G) detoxification of hydrogen peroxide - Peroxisomes

H) contains pigments in flowers - chromoplasts

I) storage of hydrolase - lysosomes

J) boundary of the cell - plasma memebrane

K) protein synthesis - ribosome

L) oxidation of sugars - Mitochondrion

M) cell shape and movement of organelles - cytoskeleton

N) information center - nucleus

O) steroid synthesis - Smooth endoplasmic reticulum

regulation of gene expression. gene expression can be regulated by various cellular processes with the aim to control the amount and nature of the expressed genes. these regulatory proteins bind to dna and send signals that indirectly control the rate of gene expression

explanation:

answer: c. two haploid cells

explanation: