## Try this LG I created and help me develop questions!?

Prepare for the LSAT or discuss it with others in this forum.
Journey180

Posts: 45
Joined: Wed Apr 17, 2013 5:22 pm

### Try this LG I created and help me develop questions!?

I created this game for fun. I was wondering if you could look at it, answer the initial question I made, and possibly make up questions for it so i can try your questions. This is just for fun while I study for the October LSAT. If the game is flawed in some way, let me know. Try to do the question in less than 1.5 minutes. Thanks! I will try to make more complicated games in the future.

Work-shifts Game

Situation:
A manager is trying to schedule a group of workers: Alex, Bertha, Cathy, Dave,Earl, and Fred to work on shifts of a given day.
There is a morning and night shift. There is a maximum of 4 workers per any given shift and no worker works more than one shift. The following restrictions further restrict the making of the schedule for that day:

1. If Alex works, he works on the same shift as Fred.
2. If Bertha or Cathy does not work the morning shift, then Dave and Earl do.
3. Earl and Fred cannot work the same shift.

Question:
If Fred does not work, which one of the following is possible?
A) B,C, and E all work the evening shift
B) C& E both work the morning shift
C) A,C, and E work the evening shift
D) A, C, and E all don't work
E) E, F, and C all don't work

itachiuchiha

Posts: 907
Joined: Tue Nov 06, 2012 9:59 pm

### Re: Try this LG I created and help me develop questions!?

Journey180 wrote:I created this game for fun. I was wondering if you could look at it, answer the initial question I made, and possibly make up questions for it so i can try your questions. This is just for fun while I study for the October LSAT. If the game is flawed in some way, let me know. Try to do the question in less than 1.5 minutes. Thanks! I will try to make more complicated games in the future.

Work-shifts Game

Situation:
A manager is trying to schedule a group of workers: Alex, Bertha, Cathy, Dave,Earl, and Fred to work on shifts of a given day.
There is a morning and night shift. There is a maximum of 4 workers per any given shift and no worker works more than one shift. The following restrictions further restrict the making of the schedule for that day:

1. If Alex works, he works on the same shift as Fred.
2. If Bertha or Cathy does not work the morning shift, then Dave and Earl do.
3. Earl and Fred cannot work the same shift.

Question:
If Fred does not work, which one of the following is possible?
A) B,C, and E all work the evening shift
B) C& E both work the morning shift
C) A,C, and E work the evening shift
D) A, C, and E all don't work
E) E, F, and C all don't work

is it possible that somebody could not work? why put a conditional when we know he is going to work? It would just make sense to say that he works in the same shift as fred. I may be wrong idk

EDIT: oh okay, so there are 3 categories, morning, night, and off. got it
Last edited by itachiuchiha on Tue Apr 23, 2013 8:31 pm, edited 1 time in total.

Journey180

Posts: 45
Joined: Wed Apr 17, 2013 5:22 pm

### Re: Try this LG I created and help me develop questions!?

itachiuchiha wrote:
Journey180 wrote:I created this game for fun. I was wondering if you could look at it, answer the initial question I made, and possibly make up questions for it so i can try your questions. This is just for fun while I study for the October LSAT. If the game is flawed in some way, let me know. Try to do the question in less than 1.5 minutes. Thanks! I will try to make more complicated games in the future.

Work-shifts Game

Situation:
A manager is trying to schedule a group of workers: Alex, Bertha, Cathy, Dave,Earl, and Fred to work on shifts of a given day.
There is a morning and night shift. There is a maximum of 4 workers per any given shift and no worker works more than one shift. The following restrictions further restrict the making of the schedule for that day:

1. If Alex works, he works on the same shift as Fred.
2. If Bertha or Cathy does not work the morning shift, then Dave and Earl do.
3. Earl and Fred cannot work the same shift.

Question:
If Fred does not work, which one of the following is possible?
A) B,C, and E all work the evening shift
B) C& E both work the morning shift
C) A,C, and E work the evening shift
D) A, C, and E all don't work
E) E, F, and C all don't work

is it possible that somebody could not work? why put a conditional when we know he is going to work? It would just make sense to say that he works in the same shift as fred. I may be wrong idk

Maybe thats one of the tricks

itachiuchiha

Posts: 907
Joined: Tue Nov 06, 2012 9:59 pm

### Re: Try this LG I created and help me develop questions!?

Journey180 wrote:
itachiuchiha wrote:
Journey180 wrote:I created this game for fun. I was wondering if you could look at it, answer the initial question I made, and possibly make up questions for it so i can try your questions. This is just for fun while I study for the October LSAT. If the game is flawed in some way, let me know. Try to do the question in less than 1.5 minutes. Thanks! I will try to make more complicated games in the future.

Work-shifts Game

Situation:
A manager is trying to schedule a group of workers: Alex, Bertha, Cathy, Dave,Earl, and Fred to work on shifts of a given day.
There is a morning and night shift. There is a maximum of 4 workers per any given shift and no worker works more than one shift. The following restrictions further restrict the making of the schedule for that day:

1. If Alex works, he works on the same shift as Fred.
2. If Bertha or Cathy does not work the morning shift, then Dave and Earl do.
3. Earl and Fred cannot work the same shift.

Question:
If Fred does not work, which one of the following is possible?
A) B,C, and E all work the evening shift
B) C& E both work the morning shift
C) A,C, and E work the evening shift
D) A, C, and E all don't work
E) E, F, and C all don't work

is it possible that somebody could not work? why put a conditional when we know he is going to work? It would just make sense to say that he works in the same shift as fred. I may be wrong idk

Maybe thats one of the tricks

oh okay, so there are 3 categories, morning, night, and off. got it

CardozoLaw09

Posts: 2183
Joined: Sat Aug 28, 2010 1:58 pm

### Re: Try this LG I created and help me develop questions!?

Journey180 wrote:I created this game for fun. I was wondering if you could look at it, answer the initial question I made, and possibly make up questions for it so i can try your questions. This is just for fun while I study for the October LSAT. If the game is flawed in some way, let me know. Try to do the question in less than 1.5 minutes. Thanks! I will try to make more complicated games in the future.

Work-shifts Game

Situation:
A manager is trying to schedule a group of workers: Alex, Bertha, Cathy, Dave,Earl, and Fred to work on shifts of a given day.
There is a morning and night shift. There is a maximum of 4 workers per any given shift and no worker works more than one shift. The following restrictions further restrict the making of the schedule for that day:

1. If Alex works, he works on the same shift as Fred.
2. If Bertha or Cathy does not work the morning shift, then Dave and Earl do.
3. Earl and Fred cannot work the same shift.

Question:
If Fred does not work, which one of the following is possible?
A) B,C, and E all work the evening shift
B) C& E both work the morning shift
C) A,C, and E work the evening shift
D) A, C, and E all don't work
E) E, F, and C all don't work

So there's three groups: the morning shift, the night shift, and people who don't work at all. There's 6 workers in total so there's distributions of 3 - 3 - 0 and 2 - 4 - 0.

If Fred doesn't work then that still leaves open a lot of possibilities. A can't be correct because B and C are not working the morning shift and E is working with them so E can't work the night shift.

Is B correct? If C and E both work the morning shift then 4 people aren't working at all ie) Fred, Bertha, Dave, and Alex which doesn't violate any of the rules.

Journey180

Posts: 45
Joined: Wed Apr 17, 2013 5:22 pm

### Re: Try this LG I created and help me develop questions!?

CardozoLaw09 wrote:
Journey180 wrote:I created this game for fun. I was wondering if you could look at it, answer the initial question I made, and possibly make up questions for it so i can try your questions. This is just for fun while I study for the October LSAT. If the game is flawed in some way, let me know. Try to do the question in less than 1.5 minutes. Thanks! I will try to make more complicated games in the future.

Work-shifts Game

Situation:
A manager is trying to schedule a group of workers: Alex, Bertha, Cathy, Dave,Earl, and Fred to work on shifts of a given day.
There is a morning and night shift. There is a maximum of 4 workers per any given shift and no worker works more than one shift. The following restrictions further restrict the making of the schedule for that day:

1. If Alex works, he works on the same shift as Fred.
2. If Bertha or Cathy does not work the morning shift, then Dave and Earl do.
3. Earl and Fred cannot work the same shift.

Question:
If Fred does not work, which one of the following is possible?
A) B,C, and E all work the evening shift
B) C& E both work the morning shift
C) A,C, and E work the evening shift
D) A, C, and E all don't work
E) E, F, and C all don't work

So there's three groups: the morning shift, the night shift, and people who don't work at all. There's 6 workers in total so there's distributions of 3 - 3 - 0 and 2 - 4 - 0.

If Fred doesn't work then that still leaves open a lot of possibilities. A can't be correct because B and C are not working the morning shift and E is working with them so E can't work the night shift.

Is B correct? If C and E both work the morning shift then 4 people aren't working at all ie) Fred, Bertha, Dave, and Alex which doesn't violate any of the rules.

You got the gold star my friend! Congrats. But... your explanation is not 100% correct though. help me think of another question! I'll try yours.