The NEW YORK Times laces the demand and cost schedules shown in the partial spreadsfleet below. In answering the following questions, assume that the production of newspaper is in bulk, i.e., you cannot choose any other quantities that are not listed below. Number of Marginal Total cost Marginal newspapers Revenue per day Cost per day (Q) P (MR) (TC) (MC) 0 XX 3,000 XX 1,000 1.5 1.40 3,027 0.05 2,000 1.4 1.20 3,104 0.10 3,000 1.3 1.00 3,231 0.15 4,000 1.2 0.80 3,408 0.20 5,000 1.1 0.60 3,635 0.25 6,000 1.0 0.40 3,912 0.30 7,000 0.9 0.20 4,239 0.35 8,000 0.8 0.00 4.616 0.40 9,000 0.7 -0.20 5,043 0.45 The profit-maximizing price is $ and the profit-maximizing output is ii) The profit margin at the profit-maximizing price/output in i) is $1115 1V5W I U11& 1 111155 1111.355 1115 \"5111511111 11111 DUEL 1551151414155 3111.! W11 111 L115 pm 1161 5P1531UD'1155I. below. Answer the following questions: Number at Marginal Total cost Marginal newspapers Revenue per dag % w d\" 1.' M2 1C2 M2 - 0 xx 3,000 xx 1,000 1.5 1.40 3,022 0.04 2,000 1.4 1.20 3,084 0.08 3,000 1.3 1.00 3,186 0.12 4,000 1.2 0.80 3,328 0. 16 5,000 1.1 0.60 3,510 0.20 6,000 1.0 0.40 3,732 0.24 7,000 0.9 0.20 3,994 0.28 8,000 0.8 0.00 4,296 0.32 9,000 0.7 -0.20 4,638 0.36 i) The prot-maximizing price is $ and the prot-maximizing output is ii) The prot margin at the prot-maximizing price/output in i) is $ the New Y Ol'K limes races the demand and cost schedules shown in me partial spreadsheet below. In answering the following questions, assume that the production of newspaper is in bulk i.e., you cannot choose any other quantities that are not listed below. Number at Marginal Total cost Marginal newsgagers Revenue Qer dag Cost eer day (92 13 M2 62 {62 - 0 xx 3,000 xx 1,000 1.5 1.40 3,022 0.04 2,000 1.4 1.20 3,084 0.08 3,000 1.3 1.00 3,186 0.12 4,000 1.2 0.80 3,328 0.16 5,000 1.1 0.60 3,510 0.20 6,000 1.0 0.40 3,732 0.24 7,000 0.9 0.20 3,994 0.28 8,000 0.8 0.00 4,296 0.32 9,000 0.7 -0.20 4,638 0.36 i) The prot-maximizing price is $ and the prot-maximizing output is ii) The prot margin at the prot-maximizing price/output in i) is $