Match the Words chose one letter for each number 1. Plasmodium
2. Stable resting stage of some Gram-positive bacteria
3. Alphaproteobacteria
4. Firmicutes
5. Entamoeba
6. Capsid
7. Bacillus
8. Bacteriophage
9. Hyphae
10. Retroviruses
A. Acid fast
B. Prions
C. Fungi
D. HIV , +ssrna
E. Spherical
F. Lytic Replication
G. Coccobacillus
H. Brucella
I. Protozoa
J. Viroid
K. Escherichia coli
L. Rod-shaped
M. Eukaryote
N. Vary in shape and size
O. Some gram-positive species
P. Endospore
Q. Diphtheria
R. Clostridia
S. Virus
T. Lobe-shaped pseudopodia

1 - I

2 - P

3 - N

4 - R

5 - T

6 - S

7 - L

8 - S

9 - C

10 - D

Explanation:

Plasmodium belongs to protozoa.

Which is why , Plasmodium is correctly matched with option I (Protozoa).

Endospores show high stability even under unfavorable environmental conditions, which is why stable resting stage of some Gram-positive bacteria is correctly matched with option P (Endospore)

Alphaproteobacteria vary in their size and shape. Which is why it is correctly matched with option N (vary in shape and size)

Firmicutes are in the clostridia class.

Hence, it is correctly matched with option R (Clostridia).

Entamoeba has a lobe-shaped pseudopodia. Which is why it is correctly matched with option T (Lobe-shaped pseudopodia).

Capsid is the protein shell of a virus. Which is why it is correctly matched with option S (Virus).

Bacillus is a rod-shaped bacterium. Which is why, Bacillus is correctly matched with option L (Rod-shaped).

The virus that attacks bacteria is called bacteriophage. Which is why we matched bacteriophage correctly with option S (Virus).

Hyphae is part of the fungi life cycle. Which is why, Hyphae is correctly matched with option C (Fungi).

Retroviruses are examples of HIV and single stranded RNAs. Which is why, Retroviruses is correctly matched with option D (HIV, +ssrna).

genetic variation can be caused by mutation (which can create entirely new alleles in a population), random mating, random fertilization, and recombination between homologous chromosomes during meiosis (which reshuffles alleles within an organism's offspring).