please help with steps and guide as to how to solve these problems! thank you!
Using the CT calculated in Question \#1, what is the efficiency of this layout? 0.947 0.775 0.553 0.836 0.829 0.871 0.737 Question \#10 Assume that this is a valid layout. For this layout, what is the effective cycle time? Question \#11 Assume that this is a valid layout. For he layout, what is the effective cycle time? Using the CT calculated in Question \#1, what is the idle time for this layout (in seconds)? 156 167. 30 192 79 Question \#3 If someone were to create an assembly line that had the theoretical number of workstations, what would the efficiency of that assembly line be? Question \#4 If someone were to create an assembly line that had the theoretical number of workstations, what would the total amount of idle in that assembly line? Question \#5 If someone were to create an assembly line that had 10 workstations, what would the efficiency of that assembly line be? Question \#6 If someone were to create an assembly line that had 10 workstations, what would the total amount of idle in that assembly line? BEFORE MOVING ON. It would be a very good idea to try and create a balanced line using the fewest number of workstations. To develop your skills, try and create two valid but very different layouts. Question \#? Using the CT from question #1 is this layput valid? If it is not. What is the problem cycle time violation. precedence, or potin? If someone were to create an assembly line that had 10 workstations, what would the total amount of idle in that assembly line? 161 84 238 156 79 87 2 Use the precedence diagram provided for this lab to answer this question. If workstation \#1 is (I,B) (59 seconds) then which of the following would NOT be an acceptable workstation #2 ? EF DC AC EFD A05 406 Assume that this is a valid layout. For this layout, what is the effective cycle time? 77 29 67 32 Use the precedence diagram provided for this lab to answer this question. If workstation \#1 is (I, D) (60 seconds) and workstation \#2 is (A,C) (68 seconds) then which of the following would NOT be an acceptable workstation \#3? BF B.] 68 BEF Assume that this is a valid layout. For this layout, what is the effective cycle time? 51. 71 77. 60 Question \#5 If someone were to create an assembly line that had 10 workstations, what would the efficiency of that assembly line be? 0.959 0.736 0.775 0.872 0.852 0.916 Using the CT from question \#1, is this layout valid? If it is not, what is the problem: cycle time violation, precedence, or both? This assembly line is NOT valid. It violates the precedence rule This assembly line is valid. it does nict freak the CT rule nor the precedence rule. This assembly line is Nor valid it violates the cycle time rule Use this chart for questions 12 and 13 Question \#12 Using the CT calculated in Question \#1, what is the idle time for this layout (in seconds)? Question \#13 Using the CT calculated in Question \#1, what is the efficiency of this layout? Question \#14 Use the precedence diagram provided for this lab to answer this question. If workstation \#1 is (1.D) ( 60 seconds) and workstation \#2 is (A.C) (68 seconds) then which of the following would NOT be an acceptable workstation \#3? a. BEF b. 8J c. BJE d. BJK e. GB i. BF Question \#15 Use the precedence diagram provided for this lab to answer this question. If workstation ut is (A.B) (59 seconds) then which of the following would NO I be an acceptabla workstation 42 ? a. AC b. ADE c. DC d. ADS i. EFD
