How do you multiply..?
403752
multiply the numerators (numbers on top) to get a final numerator..then multiply the denominator (numbers on the bottom) to get the final denominator...then simplify if/when nesscessary\n\ntherefore\n-4      X     -3    =       12    =      3\n 5             8            40          10
924127
just multiply the side of the cube 3 times
1135408
OH NOES THIS IS LIKE A MATH PROBLEM!!!! i can't handle any more variables :( sry.\n\n\nhahahaha.
103852
i means you multiply 2*2*2... all the way to 34 times...
978722
You can't, algebraically.  You have two equations and three variables.  Sorry.  You need one more equation, such as a = b.
1009395
4x + (x + 2) ....... 4x + 2 is 4 times a number plus 2 and it's incorrect
555590
Just multiply:\n(X/3)(3/4 x) -(x/3)(3/5) + (3/4)(3/4x) - (3/4)(3/5)\n\nand simplify from there
926880
(1+1)-2*3/2^2+2\n\nWithout useing Order of Operations: 2\n\nWith Order of Operations: 2.5
685997
u should write it like\n7.52*10^-4
155698
2/3...  multiply 1/3 by 2.
737774
You figure the square root of each number separately...you've probably learned that in class alredy (how to do that)...then you take reach result, and multiply them together for your final answer.\n\nUse your textbook for reference...good luck!
238182
p1    p2\n--- = ---\nq1    q2\n\n 5     2\n--- = ---\n 2    q2\n\nCross multiply,\n\n4/5
798648
(x+3)(x^2+2x+4)\n\nStart by taking the first term in the first parenthesis and multiplying it by each term in the second parenthesis:\n\nx*x^2 + x*2x + x*4 = x^3 + 2x^2 + 4x\n\nNow take the second term and multiply it by each term in the second parenthesis:\n\n3*x^2 + 3*2x + 3*4 = 3x^2 + 6x +12\n\nNow add all of that together\n\nx^3 + 2x^2 + 4x + 3x^2 + 6x +12\n\nand combine terms\n\nx^3 + 5x^2 + 10x +12
615376
there are several methods,\n\nalmost all mathematical calculations like add, subtraction...... have many ways to calculate......\n\ncheck the website below to find alternate ways to calculate
95684
try to pawn it, multiply the offered value times 3 or more
725770
If I understand you, the exponents are 3x+4, x, and 12, all to base 8. In multiplying the left hand side, add the exponents:\n(8 to the 3x+4) times 8 to the x equals 8 to the (3x plus 4 plus x).\nSo, 8 to the 4x plus 4 equals 8 to the 12.\n4x plus 4 equals 12\nx equals 2
85841
How about this? Straight multiplying gives you the following:\n\n18b^3/b^2\n\nb^3 = bxbxb\nb^2 = bxb\n\nYou have 3 bs on top and 2 on bottom. Whenever you have the same number on top and bottom, it cancels out. Since there are 2 bs on bottom, 2 of the ones on the top cancel out as well. This leaves you with 18b.\n\nDid that help at all?