Which comparison of the two equations is accurate? Equation A: sqrt{x^{2}+3x-6}=\sqrt{x+2} and Equation B: \sqrt[3]{x^{2}+3x-6}=\sqrt[3]{x+2} A. Both equations have different solutions because the square root of a number is not the same as the cube root of a number. B. Both equations result in different equations after eliminating the radicals, so they have the different solutions. C. Both equations have the same potential solutions, but equation A might have extraneous solutions. D. Both equations have the same potential solutions, but equation B might have extraneous solutions. I know it is C or D, but I don't understand the difference between them. Both could have extraneous solutions

Landon wallin is an auto mechanic who wishes to start his own business. he will need $4400 to purchase tools and equipment. landon decides to finance the purchase with a 48-month fixed installment loan with an apr of 5.5%. a) determine landon's finance charge. b) determine landon's monthly payment.

Solve the equation.then check your solution 8=1.88+a

Afriend of mine is giving a dinner party. his current wine supply includes 10 bottles of zinfandel, 8 of merlot, and 11 of cabernet (he only drinks red wine), all from different wineries. (a) if he wants to serve 3 bottles of zinfandel and serving order is important, how many ways are there to do this? ways (b) if 6 bottles of wine are to be randomly selected from the 29 for serving, how many ways are there to do this? ways (c) if 6 bottles are randomly selected, how many ways are there to obtain two bottles of each variety? ways (d) if 6 bottles are randomly selected, what is the probability that this results in two bottles of each variety being chosen? (round your answer to three decimal places.) (e) if 6 bottles are randomly selected, what is the probability that all of them are the same variety? (round your answer to three decimal places.)