Pinnacle corp. budgeted $264,760 of overhead cost for the current year. actual overhead costs for the year were $214,170. pinnacle's plantwide allocation base, machine hours, was budgeted at 50,840 hours. actual machine hours were 40,770. a total of 102,440 units was budgeted to be produced and 98,000 units were actually produced. pinnacle's plantwide factory overhead rate for the current year is: a.$4.21 per machine hour b.$2.58 per machine hour c.$5.21 per machine hour d.$2.09 per machine hour

The owners of backstreets italian restaurant are considering starting a delivery service forpizza and their other italian dishes in the small college town where they are located. theycan purchase a used delivery van and have it painted with their name and logo for $21,500.they can hire part-time drivers who will work in the evenings from 5 p. m. to 10 p. m. for$8 per hour. the drivers are mostly college students who study at the restaurant when theyare not making deliveries. during the day, there are so few deliveries that the regular employeescan handle them. the owners estimate that the van will last 5 years (365 days per year)before it has to be replaced and that each delivery will cost about $1.35 in gas and othermaintenance costs (including tires, oil, scheduled service, they also estimate that onaverage each delivery order will cost $15 for direct labor and ingredients to prepare andpackage, and will generate $34 in revenue. a. how many delivery orders must backstreets make each month in order for the service to break even? b. the owners believe that if they have approximately the break-even number of deliveries during the week, they will at least double that number on fridays, saturdays, and sundays. if that’s the case, how much profit will they make, at a minimum, from their delivery service each month (4 weeks per month)?

What is the correct percentage of texas teachers charged with ethics violations each year?

The assumptions of the production order quantity model are met in a situation where annual demand is 3650 units, setup cost is $50, holding cost is $12 per unit per year, the daily demand rate is 10 and the daily production rate is 100. the production order quantity for this problem is approximately: