Simplify the product ...?
444064
So, for a) & b) the two things that you should notice are:\n1 - The exponents inside the second polynomial alternate, meaning that as the powers of the x variable decrease, the powers of the y variable increase, both by increments of one.\n2 - The answer will only contain the variables x and y raised to the same power, which is one more than the leading exponent on the x variable.  \n\nSince (x + y)(x^2 - xy + y^2) = x^3 + y^3\n and  (x + y)(x^4 - x^3y + x^2y^2 - xy^3 + y^4) = x^5 + y^5,\nthen for any given polynomial the pattern is written out...\n(x + y)(y^2n - x^(2n-1)y + x^(2n-2)y^2 + ... + x^2y^(2n-2) - xy^(2n-1) + y^2n = x^(2n+1) + y^(2n+1)
751280
multiplication\n\n\nDoug
614783
Multiply each by 4, then try to reduce.
788940
Dear friend,\n\nYour product is \n\n-5*(x^2) + 8*x -10*x + 16 =\n                           \n-5*(x^2) - 2*x + 16
1053464
if you want to simplify it \n\nit is 3x - 4x + 4 = -x + 4
825318
(a^2 -2ab + b^2) = (a-b)(a-b) = (a-b)^2\nYou cannot cancel anything, so \n(a^2 -2ab + b^2)/(a+b) does not simplify.\n\nYou may wish to write it as (a-b)^2 /(a+b)
753594
It is perfectly permissible to write the products as Br2 + Br2.  It is probably easier to work this way.  After you balance the equations, just add the Br2's together to give the final reaction
721902
can you elaborate on that? what do you mean by simplify decimals? you can put decimals into fraction form and simplify that.
472542
Take each one and put in over 1000 and then reduce.\nYou use 1000 because there are 3 decimal places.
864388
some formulas that can help :\nhttp://www.eskridgeinc.com/support/formulas.html
828515
You SHOULD be able to do this for yourself.  Don't feel blown away simply because the result is large!\n\nWith your corrected list: 12,11,7,5,3,9,10, the lcm will be:\n\n12 x 11 x 7 x 5 x (1)* x (3)** x (1)***.\n\nThe REASONS?:\n\n* This is 1, not 3, because 12 already contains a 3.\n** This is 3, not 9, because 12 already contains a 3; so, to get a 9 in the final product, you only need one more 3.\n*** This is 1 because a 2 already exists in the 12, and the 5 needed to give you 10 in the end result has already appeared, as (plain) 5 itself.\n\nSo, to recap, the lcm is 12 x 11 x 7 x 5 x (1)* x (3)** x (1)*** i.e. 12 x 11 x 7 x 5 x 3 = 13860.\n\nIn future, use similar methods, don't just ask others to do it for you.\n\nLive long and prosper.
1025264
pls specify ur question, didnt quite understand it\n\nIf there is "OR" u have to add and if it is "And" u have to multiply.
53474
If you break it up it is easier to do in your head\n2 x 1000\n2000\n+\n2 x 200\n400\n2400\n+\n2 x 20\n40\n2440\n+\n2 x 6\n12\n\n2452
978557
A mathematical product is just the answer that you get when you multiply numbers together. For example, 2 * 2 = 4. 4 is the product of 2 * 2.
1082141
divide. multiply. subtract. bring down
876995
How about buying the product instead of stealing it?
488850
Depress the cubic to eliminate the second order term.\n\nsee\nhttp://www.karlscalculus.org/cubic.html