<span>Option B. Root cause analyses helps us identify failures in a system body that can be corrected to prevent future occurrence. It is used to describe a wide range of approaches, tools, and techniques used to uncover the MAIN causes of problem. For example it was discovered that final year students performed woefully. On investigation, it was further discovered that the students were tutored by incompetent teachers. On further investigation, it was discovered that the school couldn't afford to hire good teachers. So it may be deduced that the root cause of the students failure is money. If a certain factor is removed from the problem system and the removal prevents the final undesirable outcome from recurring then that problem is the root cause.</span>
Answer:
I think C because it is underlined and the species name is written in lower case letters and the genus name the first letter is written in upper case letters.
Answer:
germination rate of seeds
Explanation:
Answer:
D
Explanation:
all living organisms contain cells
Answer:
Explanation:
The observed frequency of the double crossovers (DCOs) is 20/1000, or 0.02. If there is no interference then this will be the same as the expected, which is just the product of the single crossover frequencies, that is, SCO frequency (a-b) x SCO freq. (b-c) = 0.02.
(a) Any combination of map distances whose product (a-b) x (b-c) = 0.02 is possible. However, three are most likely:
a 20 mu b 10 mu c
a 10 mu b 20 mu c
a 14.14 mu b 14.14 mu c
(b) The distances would be exactly the same.
(c) The expected number of DCO progeny would be 17.
