There is motiple varibles that can come into affect. Such as the person's age, weight, and gender.
recursive rule: term(n+1) = term(n) + (n) also, n starts at 0 and term(1)=3 term(1) = 3 ; (n=0) term(2) = term(1) + (1) = 4 term(3) = term(2) + (2) = 6 term(4) = term(3) + (3) = 9 term(5) = term(4) + (4) = 13 . . .
varibles
2 over 4 in the lowest term is 1/2 or a half (0.50)
1 1 2 3 5 etc start with 1 and 1 and to get the 3rd term 1+1 = 2 add 2nd and 3rd term to get 4th --- 1 + 2 = 3 add 3rd and 4th term to get the 5th --- 2 + 3 = 5 etc
too many varibles to answer
Independent varible is what the person changed.Dependent varible is what is the same.
There is motiple varibles that can come into affect. Such as the person's age, weight, and gender.
only if they have keys that tell you what the varibles mean..... but in high school they teach you a way to find the answer but put the varibles as an exponent
0,1,4,9,16, = 0^2 , 1^2 , 2^2, 3^3, 4^2, We notice every number is squared '^2'. The coeffficients of each term are one less that the term number. Hence #1 ; 0^2 = ( 1 - 1)^2 #2 ; 1^2 = ( 2- 1)^2 #3 ; 2^2 = ( 3 -1)^2 #4 ; 3^2 = ( 4 -1)^2 So the general rule to find the 'n th' term is #n ; ( n - 1)^2
recursive rule: term(n+1) = term(n) + (n) also, n starts at 0 and term(1)=3 term(1) = 3 ; (n=0) term(2) = term(1) + (1) = 4 term(3) = term(2) + (2) = 6 term(4) = term(3) + (3) = 9 term(5) = term(4) + (4) = 13 . . .
It is still an equation.
independent varibles
varibles
The general term for the sequence 0, 1, 1, 2, 2, 3, 3 is infinite sequence.
2 over 4 in the lowest term is 1/2 or a half (0.50)
1 1 2 3 5 etc start with 1 and 1 and to get the 3rd term 1+1 = 2 add 2nd and 3rd term to get 4th --- 1 + 2 = 3 add 3rd and 4th term to get the 5th --- 2 + 3 = 5 etc