The number 2019 can be written as the sum of the first n perfect powers (integers of the form am where a>0 and m≥2). What is the value of n?
I would just start listing perfect powers, and start adding. At the very least, this will help you understand what the claim is; and if it looks like n will be too large to find by actually adding, you'll be gaining knowledge of how the problem works, that might lead to seeing a shortcut.The number 2019 can be written as the sum of the first n perfect powers (integers of the form am where a>0 and m≥2). What is the value of n?
How do we treat a number such as 64, both a square and a cube? Would it be included in the total just once or twice? If twice, how do we treat the higher powers of 1?
Not my problem. I'm just trying to help the OP.That's for you to decide, as the problem is not clearly stated, and only you know the context (because you didn't follow our guidelines).
But I would count each distinct number once.