In the absence of a specific question posed, below are the potential inquiries along with their respective answers:
P(fewer than 4 tosses)
= P(one toss) + P(two tosses) + P(three tosses)
= (3/4) + (3/4)(1/4) + (3/4)(1/4)^2
= 0.984375
Expected value
= 1 / p
= 1 / (3/4)
= 4 / 3
Variance
= (1 - p) / p^2
= (1 - (3/4)) / (3/4)^2
= (1/4) / (9/16)
= 4 / 9
Standard deviation
= sqrt(Variance)
= sqrt(4 / 9)
= 2 / 3
These occurrences are unlikely to take place!
I hope this is helpful
Answer:
2.30 years
Step-by-step explanation:
The fish population increased threefold in the first year, resulting in 240 * 3 = 720 fish.
(a) The logistic equation can be represented as follows

where P0 = 240 denotes the initial fish count; substituting P = 720 and t = 1 allows us to determine the constant k



b) By applying the formula below

with P set to 3000, P0 as 240, and k equal to 1.1, we can compute the duration needed for the population to reach 3000 fish




Answer:
The initial goal was $25019.154.
Step by step Explanation:
Assuming the original goal is denoted as x.
As stated
Another Kickstarter initiative for an iPad stylus secured 1,253% of its target, accumulating a total of $313,490.
1253% can be expressed as a decimal.

= 12.53
Thus, the equation is rearranged to
12.53 × x = 313490
12.53x = 313490

x = $ 25019.154
This means the initial goal stands at $25019.154.
No, mixed numbers must include both a whole number and a fraction to qualify as such. If a fraction were present, it wouldn’t sum to two due to the presence of the 1's ❤️.