Answer:
Hello. The answer options were missing, but the contribution of moss during the transition to stage III involves the creation of protonemas, where the gametes involved in stage III will develop.
Explanation:
Stage III encompasses the fertilization of the female gamete of moss by the male gamete from another moss, resulting in a zygote that will eventually give rise to future mosses.
Moss plays a critical role in this stage as it forms a structure known as protonemas. Within the protonemas, gametophytes possess a structure called gametangium, which is necessary for the production of gametes.
Answer:
A growth rate of 1.6%
It takes approximately 43.75 years to double.
Explanation:
Calculating the growth rate: 40 - 24 = 1616/1000 = 0.016 x 100 gives us a 1.6% growth rate.
Calculating doubling time: 70/1.6 equals roughly 43.75 years.
Answer:
129
Explanation:
40 is found by subtracting 16 from 56.
Then, adding 89 gives a total of 129.
Answer:
See Explanation
Explanation:
The query lacks complete information because the value of s(t) is not provided;
Nonetheless, here is a useful guideline;
Let's proceed with the following assumption:
Required
Find the velocity at t = 8
To achieve this, first compute s(t) by inserting 8 for t in
Next, calculate the velocity by taking s(t) and dividing it by t when t = 8
i.e.
Insert 8 for t
Insert 72 for s(8)
In summary: calculate s(8) first, then divide that number by 8 to obtain your answer
