In order to solve this problem, all you have to do is multiply the amount she gets per hour by how many hours she works: 785 x 1875 = 1471875.
To calculate the labor productivity per hour, divide the total number of dresses produced by the total hours worked. In this case, the seamstress produces 2 dresses in 12 hours. Thus, her labor productivity is ( \frac{2 \text{ dresses}}{12 \text{ hours}} = \frac{1}{6} ) dresses per hour, or approximately 0.17 dresses per hour.
34 hours at 8 dollars an hour works out to $272.
$192.31 per hour for a 40-hour work week.
$500.00, this one didn't need a calculator. 12.50 an hour is fifty for four hours.
You multiply the number of hours (68.9) by the number of minutes in an hour (60). That works out to 4,134 minutes.
To calculate the labor productivity per hour, divide the total number of dresses produced by the total hours worked. In this case, the seamstress produces 2 dresses in 12 hours. Thus, her labor productivity is ( \frac{2 \text{ dresses}}{12 \text{ hours}} = \frac{1}{6} ) dresses per hour, or approximately 0.17 dresses per hour.
34 hours at 8 dollars an hour works out to $272.
If Tina works 7 hours and earns 56, she earns 8 per hour.
she will make 325.85 if she works for 4.75 hours
348.75
She works in total 4 + 6 + 9 + 3 + 7 = 29 hours. At 12.50 an hour (gross) she gets 29 x 12.50 = 362.50 gross.
$192.31 per hour for a 40-hour work week.
$500.00, this one didn't need a calculator. 12.50 an hour is fifty for four hours.
You multiply the number of hours (68.9) by the number of minutes in an hour (60). That works out to 4,134 minutes.
20 hours x 20 per hour = 400 per week
If one makes $19,986 a year and works 30 hours a week, they make $12.82 an hour.
14 hours a week. 10 weeks. multiply. you get 140 hours. that divided by 1351 is $9.65 an hour~emmy~