Answer:
Step-by-step explanation:
The answer is C, the range changes from (y | y > 0) to (y | y > 2)
sorry if i am wrong
Given that,
Total cost function, C (x) = 43x + $1850
The revenue function R (x) = $80x
To find,
The number of units that must be produced and sold to break even.
Solution,
At break even, cost = revenue
43x + $1850 = $80x
Subtract 80x from both sides.
43x + 1850 -80x = $80x -80x
1850 = 80x-43x
37x = 1850
x = 50
So, the required number of units are 50.
2
351
x 5
-------
1,755
351 x 5 = 1,755
You can use the properties of logarithm to get to the solution.
The approximate value for given term is given by
<h3>What is logarithm and some of its useful properties?</h3>
When you raise a number with an exponent, there comes a result.
Lets say you get
Then, you can write 'b' in terms of 'a' and 'c' using logarithm as follows
Some properties of logarithm are:
<h3>Using the above properties</h3>
Thus,
The approximate value for given term is given by
Learn more about logarithm here:
brainly.com/question/20835449
The answer which we found by inspection is
B. f(x) = -1/2x + 3
