The sequence a0, a1, a2, ... is defined by letting a0 = 1, and for integers n > 0, an = a b n 2c + a b 2n 3 c + n.(A) Find a1, a2, a3, a4, a5, a6, a7 and a8.(B) Use part (a) to find the least integer a so that an > 4n for all integers n ≥ a.(C) Prove by strong induction that an > 4n for all integers n ≥ a where a is the integer you chose in part (b).(D) Use part (a) to find the least integer b so that an > 45 for all integers n ≥ b.(E) Prove by strong induction that an > 5n for all integers n ≥ b where b is the integer you chose in part (d).

False because how does that work?

Okay so n is going to represent our first number. since the second number of five times greater than n, the second number will be represented as 5n. for us to figure out the two  numbers we need to have  the value of n first. this is going to be done by adding the two numbers together, n and 5n. it can be simplified as 6n, which the problem states is equal to 72. divide 72 by 6n and you can solve for n.  n+5n=726n=72n=(72/6)n=12  now that we know the value of n, we have to multiply 5 times 12 which equals 60. so our two numbers/integers are 12 and 60

the answer is - payment history

step-by-step explanation:

its payment history because your score is mainly based on how consistent u are with your payment and if there on time. hope this : )