The best way to avoid measurement error in an experiment is being shown in the option C. instrument precision which means that a tool is controlled very carefully in order to get the most accurate result, and the answer for your question is D. misreading the instrument as it is an opposite of what I have just said.
Isn't it none of the above? don't cells use mitosis?
C. It's necessary for the survival of the individual
Answer:
The frequency of the recessive allele which codes for grey pelt character will rise above 20%, while the that of the dominant allele that confers brown pelt character will decrease below 80%.
Explanation:
Since the population of foxes with brown pelts are being selectively hunted by humans, the population of foxes with brown pelts will keep reducing while the population of foxes with grey pelt will thrive in its place.
<em>Hence, the the frequency of the recessive allele which confers grey pelt attribute will rise above original 20% within the population, while the dominant allele will decrease below 80%.</em>
Answer: 0.5s
Explanation:
this is straightforward inquiry and straightforward.
so first you utilize a recipe to ascertain recurrence of the wave.
v _ represents speed a.k.a speed
f_ represents recurrence which you need to discover.
(articulated lemda)_ represents frequency.
At that point you going to put every one of your qualities as indicated by you have in the recipe as shown then settle for f.
At long last, you utilize the time recipe
where
T_ is period a.k.a time which equivalent to the equal of recurrence or equivalent to 1/f.
Basically input your qualities as per the equation and you your answer as 0.5s
Brainliest? pls
