I'm pretty sure its 1296π m³ Hope this helps!
We need to know about profit and loss in order to solve the problem. The cost of one shirt is $12.80, the amount of money Mrs. Jackson received after selling all t-shirts is $2,998.50, the total profit made is $1,078.50 and the profit percentage is 56.17%.
We know that Mrs. Jackson bought 150 t-shirts for $1920, we need to first find the cost of one t-shirt, we can do that by dividing the total cost by the number of t-shirts.
Cost of one = 1920 / 150 = $12.80
Next we need to find the total selling price of all the t-shirts given that each t-shirt is sold at $19.99
Total selling price = 150 × $19.99 = $2,998.50
The total profit made by Mrs. Jackson can be calculated by subtracting the cost price from the selling price.
Profit = $2,998.50 - $1,920 = $1,078.50
The profit percentage with respect to the cost price can be calculated as
Profit percentage = ($1,078.50 / $1,920) × 100 = 56.17%
Therefore, the cost of one shirt is $12.80, the amount of money Mrs. Jackson received after selling all t-shirts is $2,998.50, the total profit made is $1,078.50 and the profit percentage is 56.17%.
The question above was incomplete. Refer below for the entire question.
Mrs. Jackson bought 150 T-shirt for 1920 from a factory.
i) calculate the cost of one T-shirt
The T-shirt are sold at $19.99 each.
Calculate
ii) the amount of money Mrs. Jackson received after selling All of T-shirt.
iii) the TOTAL profit made
iv) the profit made as a percentage of the cost price, giving your answer correct to the nearest whole number.
The amount Mr. Jack received after selling all the T-shirts is $1920.
In order to find out the amount Mr. Jack received after selling all the T-shirts, we need to determine the selling price of each T-shirt. To do this, we divide the total amount Mr. Jack spent on the T-shirts ($1920) by the number of T-shirts he bought (150). The selling price per T-shirt is $12.80.
Now, to find the amount Mr. Jack received after selling all the T-shirts, we multiply the selling price per T-shirt ($12.80) by the number of T-shirts he bought (150). The amount Mr. Jack received after selling all the T-shirts is $1920.
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The 44th decimal digit in the decimal representation of 1/11 is 9, as the pattern '09' repeats indefinitely.
The decimal representation of 1/11 is 0.090909..., which is a repeating decimal. The pattern '09' repeats indefinitely. To find the 44th decimal digit, we can divide 44 by 2 (since each '09' is 2 digits), which equals 22 with remainder 0. This means that the 44th digit is the second digit of the 22nd '09' pair, so the 44th decimal digit in the decimal representation of 1/11 is 9.
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The number 55.04 is 256 % of 256 percentage of the number 21.5
A percentage is a number or ratio expressed as a fraction of 100. It is often denoted using the percent sign, %
The difference between an exact value and an approximation to it is the approximation error in a data value. Either an absolute error or a relative error might be used to describe this error.
Percentage change is the difference between the measured value and the true value , as a percentage of the true value
Percentage change =( (| Measured Value - True Value |) / True Value ) x 100
Given data ,
Let the percentage be represented as A
Let the first number be represented as p
Now , the value of p = 55.04
Now , the second number is q = 21.5
Now , the percentage of the number 55.04 of 21.50 is given by
p = A % of 21.5
p = ( A / 100 ) x 21.5
Multiply by 100 on both sides , we get
5504 = 21.5A
Divide by 21.5 on both sides , we get
A = 5504 / 21.5
A = 256 %
Therefore , the value of A is 256 %
Hence , the percentage is 256 %
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Answer:
DNE.) f(x, y) = x³y + 24x²-
Step-by-step explanation:
Find the local maximum and minimum values and saddle point(s) of the function. If you have three-dimensional graphing software, graph the function with a domain and viewpoint that reveal all the important aspects of the function. (Enter your answers as a comma-separated list. If an answer does not exist, enterDNE.) f(x, y) = x³y + 24x²- 8y local maximum value(s) local minimum value(s). saddle point(s) (x, y, ) =