Answer:
Step-by-step explanation:
Since we are given the common ratio (3/2), all we need to find to define the geometric sequence, is its multiplicative factor () that corresponds to the first term of the sequence - remember that all consecutive terms will be generated by multiplying this first value repeatedly by the common ratio (3/2) as shown below:
Since we are given the information that we can use this to find the value of the first term:
Notice as well that the first term doesn't contain the common ratio, the second term contains the common ration (3/2) to the power one, the third one contains the common ratio to the power two, the fourth one contains it to the power three, and so forth. So the exponent at which the common ratio appears is always one unit less than the order (x) of the term in question. This concept helps us finalize the expression for the sequence's formula:
I hope this help you I gess 16
Given that f(x) represents the revenue of leisure travel in dollars.
Where x is the dollar amount spent by the company on advertising.
Amount spent by leisure at time t on advertising is given by g(t) dollars.
Now we have to find about what does the composite function (f o g) represent.
By definition of composite function we know that (fog)(t)=f(g(t))
That means t is input of function g(t) and g(t) is input of function f(x)
"t" represents time and g(t) represents amount spent by leisure during advertising.
So when g(t), the amount spent is used as input into f(x) then it will result revenue for time t spent by leisure at time t on advertising.
Hence final answer is, (fog) represents the revenue of leisure travel in dollars for time t on advertising.
Answer:
The probability that the card will be a heart or a face card is P=0.4231.
Step-by-step explanation:
We have a standard deck of 52 cards.
In this deck, we have 13 cards that are a heart.
We also have a total of 12 face cards (4 per each suit). So there are 3 face cards that are also a heart.
To calculate the probability that a card be a heart or a face card, we sum the probability of a card being a heart and the probability of it being a face card, and substract the probability of being a heart AND a face card.
We can express that as:
well tomorrow pasted should i still answer