https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4 Made with mirth en-us 2020-08-20 00:38:04 UTC 2021-08-20 16:27:12 UTC hello@padlet.com camilovasquez2 https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689819727 Can it be solved algebraically?

Is there a better method than just plugging in numbers?

Is the answer a domain or range (element of)?

Are there specific rules for prime numbers that can help us solve this?


]]> 2020-08-20 16:56:50 UTC https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689819727 https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689821984 1. What is the most efficient / simplest way to solve the problem?
2. Can we solve this problem using factoring?
3. Is there a way to figure out how many potential answers there are?  ]]> 2020-08-20 16:57:36 UTC https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689821984 jamiemeuth1 https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689823127 Is prime factorization somehow related to this problem?

Is there a way to use the fact that the answer is prime to our advantage?]]> 2020-08-20 16:57:58 UTC https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689823127 hawthornbolgerwitherspoon https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689823246 1. Can we solve this easier by graphing it?
2. Is it possible to get the same outputs that are prime numbers with different inputs?
3. If the domain of the function is all reals than can't the number of prime numbers that are n be infinite?

]]> 2020-08-20 16:58:00 UTC https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689823246 kaigutjahr1 https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689825157 2.  What is n trying to find?]]> 2020-08-20 16:58:39 UTC https://padlet.com/triciaphaneuf2/cxn2hhmz4ubnp2v4/wish/689825157