I think the probability would be 50% bc there are four options FF Ff fF and ff. Half of those are heterozygous (the child would be a carrier). So I think it's 50%. However, if we already know that the child will not have the ff combination, then we could say that there are only three other options (so maybe it's 60%?) but that's probably just me being a smartass.
A normal range in adults is generally considered to be 4.35 to 5.65 million red blood cells per microliter (mcL) of blood for men and 3.92 to 5.13 million red blood cells per mcL of blood for women. In children, the threshold for high red blood cell count varies with age and sex.
A- 10. I have absolutely no clue why you’re asking this question....plus you asked it in the Biology section...well, here’s your answer
Answer:
a. a very cold ecosystem, because they would lose too much body heat
Explanation:
<em>Ectotherms would be l</em><em>east common in very cold ecosystem, because they would lose too much body heat.</em>
Generally, ectotherms are organisms whose internal physiological temperature requirement depends on external sources. They generate very little heat internally and as such, rely on heat sources in the environment for the necessary physiological heat for their bodies.
Consequently, ectotherms live in environments where temperature are more or less constant or constantly seek out external sources of heat for their bodies.
<u>In a very cold environment, the opportunity to seek out external source of heat would not be possible for ectotherms, and body heat would be lost to the environment in the process of maintaining constant body temperature. Hence, they are least likely to occupy this kind of environment.</u>
<em>The correct option is </em><em>a.</em>
Answer:
C) extended, with more than two conclusions
Explanation:
We can state that the argument shown in the above question is an extended argument because it consists of more than one subarguments, which are "Like 'The Simpsons' is a popular television show" and "It follows that it has many loyal fans whose viewing habits would be dangerously interrupted if the show were withdrawn ". Moreover, we can conclude that the argument has two conclusions which are:
- " Therefore ‘The Simpsons’ will continue to run at its usual time."
- "From this we may infer that the cartoonist who created the characters will continue to reap the considerable profits generated by this television landmark"