u didnt have to so i wouldnt stress. it said hence or otherwise.
bruh if its the limiting sum, everyone in my school got it as s cannot equal -1, otherwise all real values
202XXX it was 6 digit but idk what the last 3 numbers were
like such a big number cant remember but i know my minimum sum was like 2811 thats all i remember. i just used the table they gave and did (s x number based off the withdrawal rate) + (s x another number) = total deposit and then found total deposit through gp and added it and divided them by the table numbers. idk if i got it right but it is what it is
it asked for range tho not domainoh shit thats true fuckkkkkkkkkkkkkkk
oops hopefully thats still 3/4
same i had a big ass number and it wasnt even a neat number
that is the range, domain is x cannot be 1, and range is y cannot be -1. both these values were the asymptotes when u drew the graph which was the big clue
had to like rearrange the limiting sum and then make it look like the thing they gave but like it was the same equation so i dont think it rlly matters
yes but my i.e wasnt small. it was in the 100s range (3 digit range)
yeah i made them equal to each other and they just cancelled that was my proof lolol
the graph they gave was the same equation as the limiting sum equation when u made the graph equation have a common denominator.
ye i think the numerator was a big number right?
height you just had to find time tho and sub back
yes very like 6 digits i found it with gp did you?
ye im gonna lose a mark there, i got t = 3 and 27 and then i started to shit my pants cause i was like where tf are the 2 decimal places in that. i didnt read the q properly fml
wait waht my graph was continuous for the whole domain