For this case we have the following definition:
Where,
d: distance
v: speed
t: time
Clearing the time we have:
The total driving time takes half an hour:
Clearing d we have:
Answer:
she lives 18 miles far from the store
For this case, the first thing you should keep in mind is the following definition:
equity = assets - liabilities
Therefore, by clearing we have:
assets = <span>equity</span> - liabilities
Substituting values we have:
assets = (340000) - (195000)
assets = $ 145,000
Answer:
The value of the company's assets is:
assets = $ 145,000
which of the two landscapes to hire each landscapes charger an hour rate plus a fee for each job the result of the equator into 20 $20 for 5 hours both landscape charge the same hour rate but not the same fee per job give me your answer
Twelve attempts were made at making a basket
In a large population, 61% of the people are vaccinated, meaning there are 39% who are not. The problem asks for the probability that out of the 4 randomly selected people, at least one of them has been vaccinated. Therefore, we need to add all the possibilities that there could be one, two, three or four randomly selected persons who were vaccinated.
For only one person, we use P(1), same reasoning should hold for other subscripts.
P(1) = (61/100)(39/100)(39/100)(39/100) = 0.03618459
P(2) = (61/100)(61/100)(39/100)(39/100) = 0.05659641
P(3) = (61/100)(61/100)(61/100)(39/100) = 0.08852259
P(4) = (61/100)(61/100)(61/100)(61/100) = 0.13845841
Adding these probabilities, we have 0.319761. Therefore the probability of at least one person has been vaccinated out of 4 persons randomly selected is 0.32 or 32%, rounded off to the nearest hundredths.
