The seventh grade class is selling boxes of votive candles as a fundraiser. The first box Purchased cost $14, and each additional box cost $10. a. Is the relationship between the number of additional boxes of candles purchased and the total number spent linear? Yes or no. Explain your answer. b. An equation that relates the total money spent on box of candles, C, to the number of additional boxes purchased, B, is c. Using the equation from part B, the total number spent by a person who bought three boxes of candles for the fundraiser would be using the equation from part B, the total number spent by a person who bought three boxes of candles for the fundraiser would be$

N=1,2,3,4,5 a n= 9,18,36,72,144 a recursive rule for the sequence is: f(1)= and f(n)= for n≥2. an explicit rule for the sequence is: f(n)= find a recursive rule and an explicit for the geometric sequence. 768,192,48,12,3,… a recursive rule for the sequence is: f(1)= and f(n)= for n≥2. an explicit rule for the sequence is: f(n)=∙ -1. concept 3: deriving the general forms of geometric sequence rules your turn use the geometric sequence to find a recursive rule and an explicit rule for any geometric sequence. 4,8,16,32,64,… recursive rule for the geometric sequence: f(1)= and f(n)=f(n-1)∙ for n≥2. recursive rule for any geometric sequence: given f(1),f(n)=f(n-1)∙ for n≥2. explicit rule for the geometric sequence: f(n)=∙-1. explicit rule for any geometric sequence: f(n)=∙-1 concept 4: constructing a geometric sequence given two terms your turn find an explicit rule for the sequence using subscript notation. the third term of a geometric sequence is 1/48 and the fifth term of the sequence is 1/432. all the terms of the sequence are positive. the explicit rule for the geometric sequence is