1. Ribosome
2. Peroxisome
3. ER
4. Mesosome
Ribosome
1. Thylakoids-flatteed membranous sacs forming the grama of chloroplasts
2. Centroles-sitesfor active RNA synthesis
3. Ribosomes-those in chloroplasts are larger while those in cytoplasm are smaller
4. Lysosomes-optimally active at a pH of about
Thylakoids-flatteed membranous sacs forming the grama of chloroplasts
1. 1930s
2. 1950s
3. 1970s
4. 1990s
1950s
1. 6 peripheral pairs of doublets and a single one central pair of singlets
2. 6 peripheral pairs of doublets and a single one central microtubule
3. 9 peripheral pairs of doublets and one central pair of singlets
4. 9 peripheral pairs of doublets and a single central microtubules
9 peripheral pairs of doublets and one central pair of singlets
1. Metacentric
2. Submetacentric
3. Acrocntric
4. Telocntric
Submetacentric
1. Presence of vacuoles
2. Presence of cell wall and chloroplast
3. Absence of cell wall
4. Absence of chloroplast
Presence of cell wall and chloroplast
1. Respiration
2. Growth
3. Transmission of hereditary characters
4. Assimilation
Transmission of hereditary characters
1. Spherosomes
2. Mitochondria
3. Ribosomes
4. Lysosomes
Ribosomes
1. Xanthophyll
2. Carotenes
3. Anthocyanin
4. Phycoerythrin
Anthocyanin
1. Ribosomes
2. Mitochondria
3. Nucleus
4. DNA
Ribosomes