r5*r30
stapel Super Moderator Staff member Joined Feb 4, 2004 Messages 16,583 May 27, 2015 #2 crazedcarrie said: r5*r30 Click to expand... I will guess that the subject line, "Simplify Radical Expressions", does not relate to the posted expression, since no radicals are included. Assuming that the numbers following the letters are exponents on variables, the expression appears to be as follows: . . . . .\(\displaystyle r^5\, \cdot\, r^{30}\) What were the instructions? What have you tried? How far have you gotten? Please be complete. Thank you!
crazedcarrie said: r5*r30 Click to expand... I will guess that the subject line, "Simplify Radical Expressions", does not relate to the posted expression, since no radicals are included. Assuming that the numbers following the letters are exponents on variables, the expression appears to be as follows: . . . . .\(\displaystyle r^5\, \cdot\, r^{30}\) What were the instructions? What have you tried? How far have you gotten? Please be complete. Thank you!
I Ishuda Elite Member Joined Jul 30, 2014 Messages 3,345 May 27, 2015 #3 crazedcarrie said: r5*r30 Click to expand... Or possibly \(\displaystyle \sqrt{5}\, \sqrt{30}\) ? What are your thoughts? What have you done so far? Please show us your work even if you feel that it is wrong so we may try to help you. You might also read http://www.freemathhelp.com/forum/threads/78006-Read-Before-Posting
crazedcarrie said: r5*r30 Click to expand... Or possibly \(\displaystyle \sqrt{5}\, \sqrt{30}\) ? What are your thoughts? What have you done so far? Please show us your work even if you feel that it is wrong so we may try to help you. You might also read http://www.freemathhelp.com/forum/threads/78006-Read-Before-Posting