Which equation best represents the calculation of a future value (fv) using simple interest? fv=pv+(pv×r×n)fv=pv+pv×r×n fv=pv×i×nfv=pv×i×n fv=pv−(pv×r×n)fv=pv−pv×r×n fv=pv×(pv×r×n)fv=pv×pv×r×n which equation best represents the calculation of a future value (fv) using compound interest? fv=pv(1 + r)nfv=pv(1 + r)n fv=pv+(pv×r×n)fv=pv+pv×r×n fv=(1+r)n$25,000.00fv=1+rn$25,000.0 0 fv=pv×(1 + r)n

Joint cost cheyenne, inc. produces three products from a common input. the joint costs for a typical quarter follow: direct materials $45,000 direct labor 55,000 overhead 60,000 the revenues from each product are as follows: product a $75,000 product b 80,000 product c 30,000 management is considering processing product a beyond the split-off point, which would increase the sales value of product a to $116,000. however, to process product a further means that the company must rent some special equipment costing $17,500 per quarter. additional materials and labor also needed would cost $12,650 per quarter. a. what is the gross profit currently being earned by the three products for one quarter? $answer b. what is the effect on quarterly profits if the company decides to process product a further? $answer