1. 1Everyone that Michael likes likes either Henry or Sue 2Michael likes everyone that both Sue and Rita like 3Michael likes everyone that either Sue or Rita like 4Rita doesn’t like Michael but she likes everyone that Michael likes 5Grizzly bears are dangerous but black bears are not 6Grizzly bears and polar bears are dangerous but black bears are not 7Every self-respecting polar bear is a good swimmer

2. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like 3Michael likes everyone that either Sue or Rita like 4Rita doesn’t like Michael but she likes everyone that Michael likes 5Grizzly bears are dangerous but black bears are not 6Grizzly bears and polar bears are dangerous but black bears are not 7Every self-respecting polar bear is a good swimmer

3. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like  x(Lsx&Lrx  Lmx) 3Michael likes everyone that either Sue or Rita like 4Rita doesn’t like Michael but she likes everyone that Michael likes 5Grizzly bears are dangerous but black bears are not 6Grizzly bears and polar bears are dangerous but black bears are not 7Every self-respecting polar bear is a good swimmer

4. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like  x(Lsx&Lrx  Lmx) 3Michael likes everyone that either Sue or Rita like  x(Lsx  Lrx  Lmx) 4Rita doesn’t like Michael but she likes everyone that Michael likes 5Grizzly bears are dangerous but black bears are not 6Grizzly bears and polar bears are dangerous but black bears are not 7Every self-respecting polar bear is a good swimmer

5. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like  x(Lsx&Lrx  Lmx) 3Michael likes everyone that either Sue or Rita like  x(Lsx  Lrx  Lmx) 4Rita doesn’t like Michael but she likes everyone that Michael likes ~Lrm &  x(Lmx  Lrx) 5Grizzly bears are dangerous but black bears are not 6Grizzly bears and polar bears are dangerous but black bears are not 7Every self-respecting polar bear is a good swimmer

6. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like  x(Lsx&Lrx  Lmx) 3Michael likes everyone that either Sue or Rita like  x(Lsx  Lrx  Lmx) 4Rita doesn’t like Michael but she likes everyone that Michael likes ~Lrm &  x(Lmx  Lrx) 5Grizzly bears are dangerous but black bears are not  x(Gx  Dx) &  x(Bx  ~Dx) 6Grizzly bears and polar bears are dangerous but black bears are not 7Every self-respecting polar bear is a good swimmer

7. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like  x(Lsx&Lrx  Lmx) 3Michael likes everyone that either Sue or Rita like  x(Lsx  Lrx  Lmx) 4Rita doesn’t like Michael but she likes everyone that Michael likes ~Lrm &  x(Lmx  Lrx) 5Grizzly bears are dangerous but black bears are not  x(Gx  Dx) &  x(Bx  ~Dx) 6Grizzly bears and polar bears are dangerous but black bears are not  x(Gx  Px  Dx) &  x(Bx  ~Dx) 7Every self-respecting polar bear is a good swimmer

8. 1Everyone that Michael likes likes either Henry or Sue  x(Lmx  Lxs  Lxh) 2Michael likes everyone that both Sue and Rita like  x(Lsx&Lrx  Lmx) 3Michael likes everyone that either Sue or Rita like  x(Lsx  Lrx  Lmx) 4Rita doesn’t like Michael but she likes everyone that Michael likes ~Lrm &  x(Lmx  Lrx) 5Grizzly bears are dangerous but black bears are not  x(Gx  Dx) &  x(Bx  ~Dx) 6Grizzly bears and polar bears are dangerous but black bears are not  x(Gx  Px  Dx) &  x(Bx  ~Dx) 7Every self-respecting polar bear is a good swimmer  x(Px & Rxx  Sx)

9. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita 11If anyone likes Sue, Michael does 12If everyone likes Sue, Michael does 13If anyone likes Sue, he or she likes Rita 14Michael doesn’t like everyone 15Michael doesn’t like anyone 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

10. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does 12If everyone likes Sue, Michael does 13If anyone likes Sue, he or she likes Rita 14Michael doesn’t like everyone 15Michael doesn’t like anyone 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

11. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does 13If anyone likes Sue, he or she likes Rita 14Michael doesn’t like everyone 15Michael doesn’t like anyone 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

12. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does  xLxs  Lms 13If anyone likes Sue, he or she likes Rita 14Michael doesn’t like everyone 15Michael doesn’t like anyone 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

13. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does  xLxs  Lms 13If anyone likes Sue, he or she likes Rita  x(Lxs  Lxr) 14Michael doesn’t like everyone 15Michael doesn’t like anyone 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

14. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does  xLxs  Lms 13If anyone likes Sue, he or she likes Rita  x(Lxs  Lxr) 14Michael doesn’t like everyone~  xLmx 15Michael doesn’t like anyone 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

15. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does  xLxs  Lms 13If anyone likes Sue, he or she likes Rita  x(Lxs  Lxr) 14Michael doesn’t like everyone~  xLmx 15Michael doesn’t like anyone~  xLmx 16If someone likes Sue, then s/he likes Rita 17If someone likes Sue, then someone likes Rita

16. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does  xLxs  Lms 13If anyone likes Sue, he or she likes Rita  x(Lxs  Lxr) 14Michael doesn’t like everyone~  xLmx 15Michael doesn’t like anyone~  xLmx 16If someone likes Sue, then s/he likes Rita  x(Lxs  Lxr) 17If someone likes Sue, then someone likes Rita

17. UD = people 9Anyone who likes Sue likes Rita  x(Lxs  Lxr) 10Everyone who likes Sue likes Rita the same as 9 11If anyone likes Sue, Michael does  xLxs  Lms 12If everyone likes Sue, Michael does  xLxs  Lms 13If anyone likes Sue, he or she likes Rita  x(Lxs  Lxr) 14Michael doesn’t like everyone~  xLmx 15Michael doesn’t like anyone~  xLmx 16If someone likes Sue, then s/he likes Rita  x(Lxs  Lxr) 17If someone likes Sue, then someone likes Rita  xLxs   xLxr