#$&* course Mth 271 11/30 7p *********************************************
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Given Solution: `a As you approach the vertical line x = -2 from the left (i.e., x -> -2-) y values drop asymptotically into unbounded negative values. So the limit is -infinity. ** &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Self-critique (if necessary): I read the problem as “as x approaches 2” because there is no negative sign directly in front of the 2 in the question above. I drew some additional points to prove that as x approaches -2 the limit is -infinity. ------------------------------------------------ Self-critique Rating:2
#$&* course Mth 271 11/30 7p *********************************************
.............................................
Given Solution: `a As you approach the vertical line x = -2 from the left (i.e., x -> -2-) y values drop asymptotically into unbounded negative values. So the limit is -infinity. ** &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Self-critique (if necessary): I read the problem as “as x approaches 2” because there is no negative sign directly in front of the 2 in the question above. I drew some additional points to prove that as x approaches -2 the limit is -infinity. ------------------------------------------------ Self-critique Rating:2 #*&!
#$&* course Mth 271 11/30 7p *********************************************
.............................................
Given Solution: `a As you approach the vertical line x = -2 from the left (i.e., x -> -2-) y values drop asymptotically into unbounded negative values. So the limit is -infinity. ** &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Self-critique (if necessary): I read the problem as “as x approaches 2” because there is no negative sign directly in front of the 2 in the question above. I drew some additional points to prove that as x approaches -2 the limit is -infinity. ------------------------------------------------ Self-critique Rating:2 #*&!#*&!
#$&* course Mth 271 11/30 7p *********************************************
.............................................
Given Solution: `a As you approach the vertical line x = -2 from the left (i.e., x -> -2-) y values drop asymptotically into unbounded negative values. So the limit is -infinity. ** &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Self-critique (if necessary): I read the problem as “as x approaches 2” because there is no negative sign directly in front of the 2 in the question above. I drew some additional points to prove that as x approaches -2 the limit is -infinity. ------------------------------------------------ Self-critique Rating:2 #*&!#*&!#*&!
#$&* course Mth 271 11/30 7p *********************************************
.............................................
Given Solution: `a As you approach the vertical line x = -2 from the left (i.e., x -> -2-) y values drop asymptotically into unbounded negative values. So the limit is -infinity. ** &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Self-critique (if necessary): I read the problem as “as x approaches 2” because there is no negative sign directly in front of the 2 in the question above. I drew some additional points to prove that as x approaches -2 the limit is -infinity. ------------------------------------------------ Self-critique Rating:2 #*&!#*&!#*&!#*&!
#$&* course Mth 271 11/30 7p *********************************************
.............................................
Given Solution: `a As you approach the vertical line x = -2 from the left (i.e., x -> -2-) y values drop asymptotically into unbounded negative values. So the limit is -infinity. ** &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& Self-critique (if necessary): I read the problem as “as x approaches 2” because there is no negative sign directly in front of the 2 in the question above. I drew some additional points to prove that as x approaches -2 the limit is -infinity. ------------------------------------------------ Self-critique Rating:2 #*&!#*&!#*&!#*&!#*&!