For the second week of March, Susan Sanchez worked 45 hours. Susan earns $19.20 an hour. Her employer pays overtime for all hours worked in excess of 40 hours per week and pays 1.5 times the hourly rate for overtime hours.Calculate the following for the second week of March (round your responses to the nearest cent if necessary):1. Regular pay amount: $2. Overtime pay: $3. Gross pay:

For the third week of August, Betty Lewis worked 53.50 hours. Betty earns $15.50 an hour. Her employer pays overtime for all hours worked in excess of 40 hours per week and pays 1.5 times the hourly rate for overtime hours.Calculate the following for the third week of August (round your responses to the nearest cent if necessary):1. Regular pay amount: $2. Overtime pay: $3. Gross pay:

Asha works in a café.Her wage is calculated using the formula wage = hourly rate # number of hours + bonus.Her hourly rate is $11.52 .One week Asha works 25 hours and receives a bonus of $5.40 .Work out her wage for this week

A restaurant employees 40 people. Each employee is scheduled to work 150 hours per month and is paid $15 per hour. The restaurant is busy and each employee can work up to an additional 20% of the regular schedule on overtime. Overtime is compensated at 1.5 times the regular wage rate. If all employees worked all regular and all overtime hours in a month, how much would the labour cost be for the month?Multiple Choice$90,000$112,000$105,000$117,000

Erin earns a salary of $8.40$⁢8.40 per hour at the cafeteria, for which she is paid monthly. Occasionally, Erin has to work overtime (time more than 4545 hours but less than 7070 hours). For working overtime, she is paid time-and-a-half. Erin's salary is given by the functionS(t)=8.4t378+25.22(t−45)if0<t≤45if45<t≤70𝑆(𝑡)={8.4𝑡if0<𝑡≤45378+25.22(𝑡−45)if45<𝑡≤70where t is the time in hours, 0<t≤700<𝑡≤70.Step 2 of 3 :  Find limt→45+S(t)lim𝑡→45+⁡𝑆(𝑡).

Dave has a job that pays him $$$9 per hour.Assume a working week of $$38 hours and there are $$52 weeks in a year.Round your answers to the nearest dollar.