- #1
Carmen12
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Hey guys! You were all so helpful with a set theory question I had so I was hoping you guys could get me started on something else.
Let A = [tex]\Gamma[/tex] x [tex]\Gamma[/tex] where [tex]\Gamma[/tex] represents the set of all real numbers. Thus A is the Cartesian Plane. Consider the collection p defined as follows:
p = {Ar for r [tex]\in[/tex][tex]\Gamma[/tex] } where Ar = {(x,y) | y = 3x + r}
a. Choose three different values of r and precisely graph the corresponding sets Ar’s.
b. Prove that collection p is a partition of A.
This is difficult because I missed the class when I had a bad infection and I'll be submitting my homework with this one blank today. But I know my professor is extremely busy this close to finals time and he doesn't have office hours I can meet with my other classes schedules. So I'm hoping someone here could just help me understand or point me towards a website?
Thanks so much!
Let A = [tex]\Gamma[/tex] x [tex]\Gamma[/tex] where [tex]\Gamma[/tex] represents the set of all real numbers. Thus A is the Cartesian Plane. Consider the collection p defined as follows:
p = {Ar for r [tex]\in[/tex][tex]\Gamma[/tex] } where Ar = {(x,y) | y = 3x + r}
a. Choose three different values of r and precisely graph the corresponding sets Ar’s.
b. Prove that collection p is a partition of A.
This is difficult because I missed the class when I had a bad infection and I'll be submitting my homework with this one blank today. But I know my professor is extremely busy this close to finals time and he doesn't have office hours I can meet with my other classes schedules. So I'm hoping someone here could just help me understand or point me towards a website?
Thanks so much!