Fill in Column (4) by calculating real GDP using the GDP deflator with a base year of 2016 from Column (3). Fill in Column (7) by calculating real GDP using the GDP deflator with a base year of 2018 from Column (6). (Enter your responses rounded to the nearest whole number.) Fill in Column (5) by calculating the annual percentage change in real GDP for each year using the values from Column (4). Fill in Column (8) by calculating the annual percentage change in real GDP for each year using the values from Column (6). (Enter your responses rounded to two decimal places and include a minus sign if necessary.)

Diversified semiconductors sells perishable electronic components. some must be shipped and stored in reusable protective containers. customers pay a deposit for each container received. the deposit is equal to the container’s cost. they receive a refund when the container is returned. during 2018, deposits collected on containers shipped were $856,000. deposits are forfeited if containers are not returned within 18 months. containers held by customers at january 1, 2018, represented deposits of $587,000. in 2018, $811,000 was refunded and deposits forfeited were $41,000. required: 1. prepare the appropriate journal entries for the deposits received and returned during 2018. 2. determine the liability for refundable deposits to be reported on the december 31, 2018, balance sheet.

Anita has been named ceo of a popular sports apparel company. as ceo, she is tasked with setting the firm's corporate strategy. which of the following decisions is anita most likely to makea) whether to pursue a differentiation or cost leadership strategy b) which customer segments to target c) how to achieve the highest levels of customer satisfaction d) what range of products the firm should offer

Effective capacity is the: a. capacity a firm expects to achieve given the current operating constraints. b. minimum usable capacity of a particular facility. c. sum of all the organization's inputs. d. average output that can be achieved under ideal conditions. e. maximum output of a system in a given period.