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>
With this information I don’t fully understand the question but broadly speaking any sequence that would not made transcribed into the correct RNA from the DNA will be
mutant.
Example is the first normal DNA is read 5’ - GGT 3’ and the RNA will be 3’CCA’ 5’ as it is COMPLEMENTARY. (Important keyword with this)
If the assignment wants you to have a silent mutation that Change the RNA to something that is not complementary to the DNA but will still produce that same protein as the example above. If you need to make a new protein change the rna so the codon will make a different protein from the above sequence
Answer:
A) 300
B) 3:1
C) 9 long yellow : 3 long green : 3 short yellow : 1 short green
Explanation:
Long stems (L_) are dominant to short stems (ll)
Yellow seeds (Y_) are dominant to green seeds (yy)
We interbred pea plants with long stems and yellow seeds (L_Y_), but they had a short green parent (llyy) that could have only produced <em>ly</em> gametes, so our plants are heterozygous <em>LlYy</em>.
C) We interbred them LlYy x LlYy. If the two genes are unlinked, this is a typical dihybrid cross and from Mendel's law of independent assortment we know that the offspring will have the following phenotypic ratios:
- 9/16 L_Y_ (Long, yellow)
- 3/16 L_yy (Long, green)
- 3/16 llY_ (short, yellow)
- 1/16 llyy (short, green)
A) 3/16 × 1600 = 300 plants will be long and green.
B)
9/16 + 3/16 = 12/16= 3/4 plants will be yellow;
3/16 + 1/16 = 4/16= 1/4 plants will be green.
The ratio will be 3 yellow : 1 green
The Answer is....... D.) 100%.
