Consider the information given below.   Output Inputs 335,000 units 6,400 labor hours @ $14.00 per hour Sales price = $1,301.00/unit Material cost = $41,250,000   Utilities cost = $4,600   Calculate the single factor productivities and the total productivity. Do not round intermediate calculations. Round your answers to two decimal places. Labor productivity:   $/labor$ Material productivity:   $/material$ Utilities productivity:   $/utility$ Total productivity:   $/input$

A company produces 1,222 units of output per hour using 28 workers and 528 pounds of raw materials. Each worker is paid $15 per hour. Materials cost $4 per pound. Overhead is charged at 1.8 times the labor expense. Finished units sell for $112 each. What is the productivity of materials? ($/$)

Mark's Ceramics is looking on a new oven this year in the belief that it would cut energy usage. Mark is concerned that the new oven requires extra labor hours for its operation. Mark wants to check the energy savings of the new oven, and also to look over other measures of their productivity to see if the change really was beneficial. Calculate the Labor, Capital and Energy productivity for both years to support the Mark’s decision. Mark has the following data to work with: Answer: Last Year This Year Last Year Productivity This Year Productivity Production (finished units) 4000 4000 Labor (hrs) 350 375 ? ? Capital ($) 15000 19000 ? ? Energy (kWh) 3000 2600 ? ?

Various financial data for the past two years follow: Output: Sales Input: Labor Raw Materials Energy Capital Other Last Year This Year $200,200 30005 34500 5000 48990 2000 Calculate the total productivity measure for this company for both years. O Last year: 1.77, This year: 1.88 Last year: 1.70, This year: 1.50 Last year: 1.66, This year: 1.42 $202,000 40005 44500 6100 48990 3005 O Last year: 1.60, This year: 1.32

Lillian Fok is president of Lakefront Manufacturing, a producer of bicycle tires. Fok makes 1,200 tires per day with the following resources: Labor: 400 hours per day @ $12.00 per hour 20,000 pounds per day @ $1.50 per pound $5,250 per day $10,250 per day Raw Material: Energy: Capital: a) Labor productivity per labor hour for these tires = tires/labor hour (round your response to two decimal places). b) Multifactor productivity for these tires tires/dollar (round your response to four decimal places). %3D

Problem 2-1 (Algo) A catering company prepared and served 350 meals at an anniversary celebration last week using 10 workers. The week before, 2 workers prepared and served 250 meals at a wedding reception. a1. Calculate the labor productivity for each event. (Round your answers to 1 decimal place.) Anniversary Wedding meals/worker meals/worker a2. For which event was the labor productivity higher? O Wedding O Anniversary

Sales for the last quarter of the year were good, with tops sales at 3,400 units and pants sales at 3,200 units. Demand for the first quarter sales of next year is expected to decline by 8%. What is your forecast for the demand of tops and pants? Tops Sales Forecast: 0 ▲ ▼ Pants Sales Forecast: 0 ▲ ▼ Is there anything you could do to help minimize the effect of the projected decline in demand on sales?

The productivity for Gianna Bakery was 2.35 in the year 2019 and 2.52 in the year 2018. Calculate the % change in productivity from 2018 to 2019. O -3.45% O +6.74% O +3.45% O -6.74%

I need help with this cost accounting problem.

A factory produces 14,000 desk staplers each week. The equipment used costs $50,000 and will remain productive for four years. The labor cost per year is $190,000. a. What is the productivity measure of "units of output per dollar of input" averaged over the four-year period? Assume that there are 52 weeks per year. Round your answer to two decimal places. units of output per dollar input b. We have the option of buying $55,000 of new equipment, with an operating life of seven years. It would reduce labor costs to $124,000 per year. Should we consider purchasing this equipment (using productivity arguments alone)? Assume that there are 52 weeks per year. Round your answer for productivity to two decimal places. For the newer machine, the productivity is -Select-, it would be a-Select- investment. -Select- higher lower units of output per dollar input. Because the productivity of the new machine is