Answer:
1. Spherical shape: <em>coccus</em>: from the Latin <em>coccinus</em> (meaning scarlet) and derived from the Greek <em>kokkos</em> (meaning berry).
2. Rod shape: <em>bacillus</em>: from the late Latin and diminutive of the Latin word <em>baculus</em> (meaning stick; walking stick).
Explanation:
Bacteria are generally classified by their shape and morphology. Numerous microbiologists use the words "rod" or "rod-shaped" and "sphere" or "sphere-shaped" to refer to the morphology of bacteria, these are actually coloquial termd. The correct names for the shapes of bacteria come from Latin and Greek, as many scientific names do, this is known as their etymology, that is, <u>their origin</u>.
The proper or scientific name of a spherical shape or the word 'sphere', is <em>coccus</em>, <u>which comes from the Latin </u><u><em>coccinus</em></u><u> (meaning scarlet) and derived from the Greek </u><u><em>kokkos</em></u><u> (meaning berry).</u>
The proper or scientific name of a 'rod' shape is <em>bacillus</em>, <u>which derives from the late Latin and diminutive of the Latin word </u><u><em>baculus</em></u><u> (meaning stick; walking stick). </u>
A independent variable is a variable which the experimenter can control and by changing the independent variable the experimenter observes or records the value of dependent variable.
so i see if you are asking independent than the answer is A.
if you are asking dependent variable than the answer may be B because manipulated by changes to the independent variable would be the best answer.
Answer:
Cells are analyzed as the basic units of life in the role because they come in discrete and simply recognizable packages. That's because all cells are enclosed by a structure described as the cell membrane which, much similar to the walls of a house, labors as a clear boundary between the cell's interior and outside environments.
Explanation:
Best Answer: A satellite in a polar orbit passes over both poles, but the earth rotates beneath it. The time taken for each orbit of the earth depends on the height of thsatellitete. If the satellite is in a circular orbit 260 kilometers above the surface it will have an orbital period of two hours.
Kinetic energy of a snowball will increase as it <span>rolls across the lawn and gains mass. We already know that Kinetic energy is directly proportional to speed. We can express kinetic energy by the formula
Kinetic energy = 1/2 mv^2
Now as the mass increases and the velocity remains constant, the kinetic energy of the snowball is bound to increase. I hope the explanation has helped you.</span>