A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements: (1) placing two gift boxes on the work bench, (2) counting and placing 12 pencils in one box, (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine, (5) machine stamps the name of the organization on the box, (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles. The study has the following results (times in decimal minutes) for the 6 cycles being observed

A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements: (1) placing two gift boxes on the work bench, (2) counting and placing 12 pencils in one box, (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine, (5) machine stamps the name of the organization on the box, (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles. The study has the following results times in decimal minutes) for the 6 cycles being observed: a) A) (14%) Calculate the normal times for each element and for the whole operation (first complete the table by filling in the observed times). b) B) (3%) If allowances for this type of work are: Fatigue allowance: 5% Delay allowance: 6% Personal allowance: 4% what would be the standard time per set? c) C) (3%) Should the rubber dropped be considered as a part of the study or should this data be discarded (thrown out)? Explain your reasons. Show all your calculations clearly. 3. 20 points) A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements (1) placing two gift boxes on the work bench, 2) counting and placing 12 pencils in one box (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine. (5) machine stamps the name of the organization on the box. (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles The study has the following results (times in decimal minutes) for the 6 cycles being observed Element Cycle 1 Rating 2 2 3 4 5 6 placing two gift boxes on the bench 120 0 04 - 091 1.98 2 Count and place 12 pencils in the box 90 0 29 0.68 1 17 164 2.24 272 3. placing a rubber and ruler in the box 100 0.34 0.74 1.24 179 229 275 4 placing the box in the stamping machine 115 0.41 0.80 1.30 1.86 235 280 15. Machine stamps the name on the box 046 0.84 133 1.90 283 12 fake the collected set and put aside 85 0.85 1 37 193 242 285 Operator dropped the rubber on the floor at Master tna le - aaa alayala Nataly Cyrics 1 - - | 5 AL 120 8. SAN) at that BI ENtatemala Face: Namae pia - palm) Ayanalaagangopanar - hal brancheeputagalangai Epientary - tes taggeration Pragatta., parties cycles They urnalathey 3- (20 points) A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements: (1) placing two gift boxes on the work bench, (2) counting and placing 12 pencils in one box, (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine, (5) machine stamps the name of the organization on the box, (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles. The study has the following results (times in decimal minutes) for the 6 cycles being observed: . Element Cycle Rating 1 (%) 1. placing two gift boxes on the 120 bench 10.04 10.91 1.981 2. Count and place 12 pencils in 90 the box 0.290.68 1.17 1.642.242.72 3. placing a rubber and a ruler in 100 the box 0.340.74 1.241.792.292.75 4. placing the box in the stamping 115 machine 0.410.80 1.30 1.86 2.352.80 5. Machine stamps the name on the box 10.460.84 1.33 1.90 2.402.83 6. Take the collected set and put 85 Jaside 0.490.861.37 1.93 2.42 2.86 Operator dropped the rubber on the floor. --Continues in the following page-- a) A) (14%) Calculate the normal times for each element and for the whole operation (first complete the table by filling in the observed times). b) B) (3%) If allowances for this type of work are: Fatigue allowance: 5% Delay allowance: 6% Personal allowance: 4% what would be the standard time per set? c) C)(3%) Should the rubber dropped be considered as a part of the study or should this data be discarded (thrown out)? Explain your reasons. Show all your calculations clearly. Element / Cycle Rating 2. 3 5 6 1. placing two gift boxes on the bench 120 004 0.91 1.98 2 Count and place 12 pencils in the box 90 0.29 068 1.17 164224272 13 placing a rubber and a ruler in the box 100 0.34 0.74 1 24 179 229 275 14. placing the box in the stamping machine 115 0.41 080 1.30 1 86235 2.80 5. Machine stamps the name on the box 046 0.84 1 33 1.90 240 283 162ke the collected set and put wide 85 0.49 035 1.37 1.93 242 285 Operator dropped the rubber on the floor in blue is the time A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements: (1) placing two gift boxes on the work bench, (2) counting and placing 12 pencils in one box, (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine, (5) machine stamps the name of the organization on the box, (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles. The study has the following results times in decimal minutes) for the 6 cycles being observed: a) A) (14%) Calculate the normal times for each element and for the whole operation (first complete the table by filling in the observed times). b) B) (3%) If allowances for this type of work are: Fatigue allowance: 5% Delay allowance: 6% Personal allowance: 4% what would be the standard time per set? c) C) (3%) Should the rubber dropped be considered as a part of the study or should this data be discarded (thrown out)? Explain your reasons. Show all your calculations clearly. 3. 20 points) A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements (1) placing two gift boxes on the work bench, 2) counting and placing 12 pencils in one box (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine. (5) machine stamps the name of the organization on the box. (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles The study has the following results (times in decimal minutes) for the 6 cycles being observed Element Cycle 1 Rating 2 2 3 4 5 6 placing two gift boxes on the bench 120 0 04 - 091 1.98 2 Count and place 12 pencils in the box 90 0 29 0.68 1 17 164 2.24 272 3. placing a rubber and ruler in the box 100 0.34 0.74 1.24 179 229 275 4 placing the box in the stamping machine 115 0.41 0.80 1.30 1.86 235 280 15. Machine stamps the name on the box 046 0.84 133 1.90 283 12 fake the collected set and put aside 85 0.85 1 37 193 242 285 Operator dropped the rubber on the floor at Master tna le - aaa alayala Nataly Cyrics 1 - - | 5 AL 120 8. SAN) at that BI ENtatemala Face: Namae pia - palm) Ayanalaagangopanar - hal brancheeputagalangai Epientary - tes taggeration Pragatta., parties cycles They urnalathey 3- (20 points) A stopwatch time study was conducted using continuous timing. The operation for preparing a gift box for school children consists of 6 elements: (1) placing two gift boxes on the work bench, (2) counting and placing 12 pencils in one box, (3) placing a rubber and a ruler in the box, (4) placing the box in the stamping machine, (5) machine stamps the name of the organization on the box, (6) taking the gift set from the machine and putting them aside. The first element, that is, placing two gift boxes on the work bench is performed once at each two cycles. The study has the following results (times in decimal minutes) for the 6 cycles being observed: . Element Cycle Rating 1 (%) 1. placing two gift boxes on the 120 bench 10.04 10.91 1.981 2. Count and place 12 pencils in 90 the box 0.290.68 1.17 1.642.242.72 3. placing a rubber and a ruler in 100 the box 0.340.74 1.241.792.292.75 4. placing the box in the stamping 115 machine 0.410.80 1.30 1.86 2.352.80 5. Machine stamps the name on the box 10.460.84 1.33 1.90 2.402.83 6. Take the collected set and put 85 Jaside 0.490.861.37 1.93 2.42 2.86 Operator dropped the rubber on the floor. --Continues in the following page-- a) A) (14%) Calculate the normal times for each element and for the whole operation (first complete the table by filling in the observed times). b) B) (3%) If allowances for this type of work are: Fatigue allowance: 5% Delay allowance: 6% Personal allowance: 4% what would be the standard time per set? c) C)(3%) Should the rubber dropped be considered as a part of the study or should this data be discarded (thrown out)? Explain your reasons. Show all your calculations clearly. Element / Cycle Rating 2. 3 5 6 1. placing two gift boxes on the bench 120 004 0.91 1.98 2 Count and place 12 pencils in the box 90 0.29 068 1.17 164224272 13 placing a rubber and a ruler in the box 100 0.34 0.74 1 24 179 229 275 14. placing the box in the stamping machine 115 0.41 080 1.30 1 86235 2.80 5. Machine stamps the name on the box 046 0.84 1 33 1.90 240 283 162ke the collected set and put wide 85 0.49 035 1.37 1.93 242 285 Operator dropped the rubber on the floor in blue is the time