There are16 workers employed on a highway project, some at $200 per day and some at $165 per day.?
492299
x - number of people with wage $200\ny - wage $165\n\nx + y = 16                - equation (1)\n200x + 165y = 2745        - equation (2)\nmultiply equation (1) with 200 and subtract equation (2) from it\n200x + 200y = 3200\n       35y = 455 => y = 13\n                    x = 3
898583
How many hours a day can they work?  Will they be working together?
837252
Assaholics operating motor vehicles. And they are many.
995152
Minimum wage to pay the errand boys/girls.
251214
Yeah, but answerer above dont forget that they work for like $1 (or even less) an hour for hard labor.
801646
YOU CAN WORK UP TO 16 HOURS A WEEK
1140946
Hard work and an earned paycheck.
385555
Working in a toll booth.
1015009
Sure, just find a job that pays $200,000.00 per hour.  Work for three hours on saturday and two more on sunday.  Then quit.
269478
probably $6-8\n\nbut i get $16
436787
Minimum wage workers?
735262
1.  The key here is to understand how far the two trains have traveled in total during the first 3 hours.  We are told that the two trains started 500 miles apart, and 3 hours later are now 80 miles apart.  Thus they traveled 420 miles in total. \n\nIf you let x represent the rate of speed that the Freight train is traveling, and x+20 represent the rate of speed that the Passenger train is traveling, you can set the following algebric equation:\n\n3 hrs * x mi/hr  + 3 hrs * ( 20 + x ) mi/hr = 420\n 3x + 60 + 3x = 420\n6x = 360\nx =60 mi/hr.\nx+20 = 80 mi/hr.\n\n2.  The key is too figure out the total number of employees needed to break even.  Regardless of how many employees you have, we are told that it costs $2000 per day to run the factory.  In addition to that  we are told that for each employee, we must pay him or her $300.  These are the total costs for the operation.\n\nOn the other hand, we are told that each employee can produce $500 in revenue each day.\n\nThus, we need to create an algebric equation where the total costs = the total revenue\n\nLet x represent the number of workers, and set up the following algebric equation:\n\nCosts = Revenue\n\n$2000 (Fixed Costs) + $300 * x (Variable Costs) = $500 * x\n\n2000 + 300x = 500x\n2000 = 200x\n10 = x\n\nYou will need 10 workers to break even, and the total gross value of ball bearings produced will be 10 * $500 or $5000.\n\nHope that I have cleared things up for you!
1173001
Some of them make six figures. Check my source for more details =)
1074725
call you state licensing board... or call you State Wage and Hour board. Ours (WV) says 16 hours.
935726
About $25.00 per hour would be my guess.
868432
McDonald's. 16. $5.25 an hour.
145907
Usually around $100 per day or about 10-12 per hour. This also depends on the area where one is working and on the conditions at the time.