Assume m<2 = 35°. Find the measure of all of the other
2 answers:
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Answer:
(a) Brenda saved $23.50.
(b) The rate at which Brenda is saving money is<u> 0.5 dollars per day</u>.
(c) money saved on is <u>$27.</u>
Step-by-step explanation:
Given:
Initial amount in the jar is,
Amount in the jar after a week or 7 days is,
Brenda is saving money at a linear rate.
(a)
Now, money at the end of the week is the total money saved by Brenda.
Therefore, total money saved by Brenda is equal to the money saved at the end of the week. So,
Total money saved by Brenda =
(b)
The rate of change of a function is given as:
Here,
Therefore, the rate at which Brenda saves money is given as:
Therefore, the rate at which Brenda is saving money is<u> </u>0.5 dollars per day.
(c)
A linear function is of the form , where 'm' is the rate and 'b' is the initial value of the function.
Therefore, the linear function for the money saved by Brenda can be written as:
Now, is given by plugging in 14 for 'x' in the above expression. So,
Therefore, money saved on is $27.
<span> For this case we have the following equation:
</span>
<span> Where,
x: number of chips
c (x): total cost
To find the fixed cost, we must find the intersection with the y axis of the given equation.
So we have that for x = 0:
</span>
<span>
Therefore, the fixed production cost is given by:
</span>
<span> Answer:
The fixed cost of producing the chips is:
c (0) = 12000</span>
</span>
<span> Where,
x: number of chips
c (x): total cost
To find the fixed cost, we must find the intersection with the y axis of the given equation.
So we have that for x = 0:
</span>
Therefore, the fixed production cost is given by:
</span>
<span> Answer:
The fixed cost of producing the chips is:
c (0) = 12000</span>