Mathematics, 04.06.2020 19:04, miahsmith258
Imagine that you purchase 150 toy light sabers for 10 dollars. You plan to sell the toy light sabers at the carnival for $1.06 each. Give the profit function P ( x ) for selling x toy light sabers. Note your profit is determined by the total amount of money you earn minus any costs. P ( x ) =
Calculate P ( 51 ) : P ( 51 ) =
Write this information as an ordered pair:
Complete the following sentence to explain the meaning of the ordered pair:
If you sell [blank] toy light sabers, your profit will be [blank] dollars.
For which x is P ( x ) = 88.58 ?
x =
Write this information as an ordered pair:
Complete the following sentence to explain the meaning of the ordered pair:
If your profit was [blank] dollars, then you sold [blank] toy light sabers What is the minimum number of toy light sabers you need to sell in order to not lose money? Note that this is called the break even point. Hint: You can only sell a whole number of items. You must sell [blank] toy light sabers.
Answers: 1
Mathematics, 21.06.2019 17:30, lizzie3545
Jabari is power washing houses for a summer job. for every job, he charges an initial fee plus $30 for each hour of work. his total fee for a 4 -hour job, for instance, is $170 . jabari's total fee, f, for a single job is a function of the number, t, of hours it takes him to complete the job. write the function's formula.
Answers: 2
Mathematics, 21.06.2019 21:00, gavinarcheroz2jxq
Ireally need subtract and simplify.(-y^2 β 4y - 8) β (-4y^2 β 6y + 3)show your work, ! i will mark you brainliest but you have to show your work.
Answers: 1
Mathematics, 21.06.2019 23:40, kamdenburr
Sanjay solved the equation below. which property did he use to determine that 7x+42=42 is equivalent to 7(x+6)=42 7x+42=42 7x=0 x=0
Answers: 1
Imagine that you purchase 150 toy light sabers for 10 dollars. You plan to sell the toy light sabers...
Computers and Technology, 08.12.2020 20:40
Mathematics, 08.12.2020 20:40
Mathematics, 08.12.2020 20:40
History, 08.12.2020 20:40
Mathematics, 08.12.2020 20:40
Mathematics, 08.12.2020 20:40
Mathematics, 08.12.2020 20:40