Please help with question 1. b) asap

n=6

Step-by-step explanation:

You can find this value fairly quickly if you have a calculator with a spreadsheet function or an application that has spreadsheets and formulas, like google sheets.

The starting value, or month zero=18000.

Every following year the salary will increase by 5%.

This forms a recursive equation, each term referring to the previous one and building.

For example, the next term in the sequence is: 18000×(1.05)¹ since it has been one year.

The next term would plug in the solution from that year 18000×(1.05)¹=18900 into the equation and do it again: 18900×(1.05)²=20837.25

You can of course keep going like this, calculating each term and then plugging it back into the formula (Previous term) × (1.05)^(number term you are looking for), but it is much faster to use the fill function and just figure out when it is larger than 36,000. For this situation, that happens at n=6 with a value of 37,420.71.

there has been genes found in the x chromosome of males that have been linked to [homo/hetero]sexuality. in addition to the reign of the x chromosome, a section of chromosome 8 has also been link to, "alot of ppl are so " these facts were proven true after a 2014 study of a gay male and his strait brother. according to newscientist.com,"chromosome 14 and is mainly active in the thyroid, but also the brain. called tshr, it makes a type of receptor protein that recognises and binds to a hormone that stimulates the thyroid. in this way, the gene plays an important role in controlling thyroid function. the fact that tshr seems to be involved in sexual orientation fits with evidence that thyroid function seems to be linked to sexuality."

in conclusion, "ppl are so gay" due to their genetics.

step-by-step explanation:

no, her answer is not correct.   we square the lengths of all sides and then determine whether the pythagorean theorem holds here:

9² + 15² = 306.   this is not equal to the square of the longest side ( that square being 395.   answer c is correct.