Answer:
a) City Suburbs city 0.98 0.02 , Suburbs 0.01 0.99
b) 0.333 , 0.667
c ) Using the steady-state probabilities, There will be an increase in the Suburb population and a decrease in City population
Step-by-step explanation:
2% living within the city limits move to suburbs
1% living within the suburbs move to the city
a) Matrix of transition probabilities
City Suburbs city 0.98 0.02 , Suburbs 0.01 0.99
<u>b) Steady -state probabilities </u>
attached below
steady state probabilities = 0.333 , 0.667
<u>c) Determine the population changes the steady-state probabilities </u>
Using the steady-state probabilities, There will be an increase in the Suburb population and a decrease in City population i.e. a decrease from 40% to 33%
Well on front, you see 2 x 4 cereal boxes and it has depth of 3 cereal boxes.
So that would be 2×4×3 = 24 cereal boxes in total.
Since each cereal box is 175 in³, that would be 24 × 175 in³ = 4200 in³
So the answer is D.
E because, as it says "5 below, shove it below, 5 and up, shove it up"
(give brainliest pls)
Let's say you're renting a boat
Let h = number of hours you rent the boat
if it costs $46 per hour to rent a boat, then it will cost a total of 46*h or 46h dollars
Now let's say that you get a discount if you are a member. The membership fee is $86 leading to the discount hourly cost to be $25 per hour. If you rent for h hours, then you pay a total of 86+25h dollars
Writing 46h > 86+25h will represent cases when the nonmembership option is more expensive (and the membership option more cheaper). Solving for h will help determine when the membership option is cheaper.
Answer:
The answer is B
Step-by-step explanation:
It is constantly changing every time so it is not linear. (2 x 100.5 is 205, 5 x 80 is 400)
