Write the sum of the two vectors as an ordered pair. (7, -5) and (4,4). Will give medals!
\(\large <a,b>+<c,d>\implies <a+c, b+d>\)
I dont have C.
translating what jdoe0001 just wrote: to add the vectors, you simply add the corresponding components
example: <1, 7> + <5, 12> = <1+5, 7+12> = <6, 19> <1, 7> + <5, 12> = <6, 19>
also, you can write the vector <1,7> as the ordered pair (1,7)
Okay Im still confused. I dont see where I can get the value for C.
Im sorry if its obvious and im being dumb.
where are you seeing "C" ?
<a,b>+<c,d>⟹<a+c,b+d> In there
oh those are just placeholders for numbers
Okay so basically I just add it all
add up the corresponding components
notice how with <a,b>, the 'a' is the first component with <c,d>, the 'c' is the first component
wait would it be (11, -1) right?
add the first components: a+c that's why you have 'a+c' in <a+c, b+d> in the first component of the answer
correct
Cool. Are you online a alot? I frequently run into problems.
somewhat a lot, yes
others on this site can help as well (not just me)
I have a question about adding vectors, I will make a new thread. I just find that often when I come here during the day (i have online courses) I cant get as much help because some are offline so I add a few who help me and I try to get help from them
ok post your new question
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