Consider an inventory process flow in which shipments of 10,000 items arrive every 50 days, and customers demand 200 units every day. Assume customers order continuously and smoothly throughout each day. In addition, assume 350 days per year. 1. (a) Assume that INV(0)=0. Draw INV(t) over time, this is often called a "zig-zag" or "saw-tooth" diagram when done for an inventory process flow. (b) Suppose the firm incurs a $40,000 delivery charge every time a shipment is received. What is the total annual cost of deliveries. (c) Suppose it costs $0.25 per day per unit held in inventory. What is the total annual cost of holding inventory?

Trinity coatings company uses the indirect method to prepare its statement of cash flows. refer to the following information for 2018: the beginning balance in the cash account was $ 3 comma 000. net cash provided by operating activities: $ 42 comma 000 net cash used for investing activities: $(26 comma 500) net cash provided by financing activities: $ 1 comma 700 the statement of cash flows will show

Which of the following statements is true regarding the definition of a fund? a fund is a fiscal entity which is designed to provide reporting that demonstrates conformance with finance-related legal and contractual provisions separately from gaap reporting. a fund exists to assist in carrying on activities and attaining objectives where there are no specific rules or restrictions. a fund is an accounting entity which is designed to enable reporting in conformity with gaap without being restricted by legal or contractual provisions. a fund is a mechanism developed to provide accounting for revenues and expenditures that are subject to certain restrictions separate from revenues and expenditures that are not subject to restrictions.

Ahospital purchases a $500,000 magnetic resonance imaging (mri) machine that has a useful life of 9 years. the salvage value at the end of 9 years is $77,000. (a) write a linear equation that describes the value y (in dollars) of the mri machine in terms of the time t (in years), 0 ≤ t ≤ 9. (b) find the value, in dollars, of the machine after 6 years. $ (c) find the time, in years, when the value of the equipment will be $140,000. (round your answer to two decimal places.) yr