Answer:
All movements are not locomotion, but all locomotion are movement.
Explanation:
<h3><u>Movement</u>:</h3>
- Displacement from a posture or postion is called Movement.
<h3>
<u>Exam</u>p<u>les</u>:</h3>
- Streaming of Protoplasm
- Cillia, Flagella, Tentacles
- Limbs, Jaws, Eyelids, Tongue
- Heartbeat
- Diaphragm (Up - Down)
<h3>
<u>Locomotion</u>:</h3>
- Movement of whole body of an Organism resulting in change in place is called <u>locomotion</u> (Voluntary Movement)
<h3>
<u>Exam</u>p<u>les</u>:</h3>
- Walking - Running
- Climbing - Flying
- Swimming - Creeping
<h3>
<u>NOTE:</u></h3>
- All <u>movements</u> are not <u>locomotion</u>, but all <u>locomotion</u> are <u>movement</u>.
<u>-TheUnknownScientist 72</u>
Answer:
time between eras and biodiversity that exists on each period of the geological time
Explanation:
A geological era is a formal geochronological unit of the geological time scale that represents the time corresponding to the duration of an era, the equivalent chronostratigraphic unit comprising all the rocks formed at that time. The ages are one of the major divisions of geological time, they are subdivisions of the eons and they are divided into periods.
The three eras of the Phanerozoic eon variables, simplifying much, the three classic divisions of the history of the life of the planet:
1. Paleozoic represents the "age of fish"
2. Mesozoic the "age of reptiles"
3. Cenozoic the "age of mammals."
Traditionally they had been referred to as Primary Age, Secondary Era, Tertiary Era and Quaternary Era (currently the Quaternary is another period of the Cenozoic era). The passage from one era to another is defined by events of global mass extinctions, which entail a significant renewal of the biota of the planet, both marine and terrestrial; thus the passage from the Paleozoic to the Mesozoic is marked by the mass extinction of the Permian-Triassic and the passage from the Mesozoic to the Cenozoic by the mass extinction of the Cretaceous-Tertiary.
Answer:
It spreads by conjugative plasmid.
Explanation:
Bacterial population spreads their antibiotic resistance by conjugative plasmids, a circular DNA with locus for partitioning and origin of replication. Conjugative plasmids exist naturally in bacteria. Normally they multiplyand live inside the cells, using their synthetic machinery, but can also transfer its genes to neighbouring cells. It is this characteristic that causes rapid antibiotic resistance in bacterial population even if those bacterial species are not related to each other.