execute each of the indicated multiplications?
919864
1.  ax + xb\n2.  21x^3 + 24x*2y\n3.  24x^2 + 31x + 10\n4.  24x^2 - 8x - 6\n5.  40x^3 + 66x^2 + 38x + 6\n6.  x^2 - 1\n7.  x^3 - 8
775593
Load the Analysis Toolpak add-in and then use this formula, it's shorter:\n\n=A1/GCD(A1, B1)&":"&B1/GCD(A1, B1)
472542
Take each one and put in over 1000 and then reduce.\nYou use 1000 because there are 3 decimal places.
163135
CHOOSE one of the follwing depending upon your course curriculum\n\n\n//Use to following program for multiple calculations in one \n//run.\n\nvoid main()\n{\n\nint a,b; // Declare variables "a" and "b" to get two\n// numbers.\n\n  char Continue = 'Y'; // Declare Continue to loop through \n//the program for multiple calculations. and initialize it \n//to 'Y'\n\n  while(Continue == 'Y' || Continue == 'y') \n// Continue doing the folliwing if the user presses 'Y' for\n// continue.\n  {\n\n  printf("Enter First Number: ");\n  scanf("%d",&a); //scan or get first number\n\n  printf("&#92;nEnter Second Number: ");\n  scanf("%d",&b); //scan or get second number\n\n  printf("&#92;n %d %d  &#92;"DIVISION&#92;" = %f",a,b,(float)a/b); \n// Divide and display the result\n\n  printf("&#92;n %d MOD %d  &#92;"MODULUS&#92;" = %d",a,b,a%b); \n// Calculate Modulus.\n\n  printf("&#92;n&#92;n Do you want to Continue? (Y/N)  :"); \n// Prompt if youser wants to continue.\n  scanf("%s",&Continue);\n\n  printf("&#92;n &#92;n --------------------------------- &#92;n &#92;n"); \n// print saperator between multiple calculations.\n  }\n}\n\n-------------------------------------------------------------------------------------------------------\n\n// Use Following for single calculation in one run...\nvoid main()\n{\n  int a,b; // Declare variables "a" and "b" to get two\n// numbers.\n \n  printf("Enter First Number: ");\n  scanf("%d",&a); //scan or get first number\n  \n  printf("&#92;nEnter Second Number: ");\n  scanf("%d",&b); //scan or get second number\n  \n  printf("&#92;n %d %d  &#92;"DIVISION&#92;" = %f",a,b,(float)a/b); // \n  // Divide and display the result\n  \n  printf("&#92;n %d MOD %d  &#92;"MODULUS&#92;" = %d",a,b,a%b); \n  // Calculate Modulus and print.\n\n}\n\n\nNote: You can not use floats in modulus.
34052
I do not know a preprogrammed utility to do this, but can point you in the direction that you might need to go.  See the reference below for the math and an on-line converter:
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.
545599
subract 32 then divide by 1.8 (or mulitply by 5/9 --- same thing)
1082141
divide. multiply. subtract. bring down
604893
seperate them into 4s then count them as 1 dollar
846187
if you are using a "while" or "do while" loop\n\nwhile ((x1 - x0) > 0.001)\n{\n//your code here\n}\n\nor you can do this\n\ndo\n{\n//your code here\n}\nwhile ((x1 - x0) > 0.001);
1182929
7x+27 over (x+9)(x-9)
1048355
Get you calculator.  Multiply by 1.4.
942101
start by seperating y, u then have y=3x/2+3 then plug in the domain, or the numbers u are givin\nu'll have 0, 1.5, 3, 6, 7.5
441409
Do the multiplication as if the decimal point wasn't there.  In this case, the problem becomes 69 times 38, and your answer would be 2622.\n\nThen, when you're done, count the number of decimal places after the point, in both of the numbers you're multiplying.  In this case, it would be one - the 8 in 3.8.\n\nThen count that same number of spaces from the end in your answer, and add the decimal point in that spot.  That would change your answer to 262.2.\n\nHere's another example:\n9.7 times 4.3\nChange it to 97 times 43\nThe result is 4171\nCount the numbers after the decimals - this time it's two - the 7 in 9.7, and the 3 in 4.3\nCounting back two from the end of 4171 gets us an answer of 41.71
816710
Create an outer for loop that will loop from 7 down to 0, with a step of 2.\n\nCreate one inner loops.\n\nThe inner loop should take the value of i, place it in another variable and count down to 0.\nThen print out the dollar signs for each iteration of this loop.
636881
Here is a full page multiplication chart. Thanks Yahoo!\n\nhttp://www.gtcocalcomp.com/erc/interwritebackgrounds/multiplication_table_complete.jpg
1068964
simplify expression: -2(y+3)+6(y+1)\n\nsimply distribute then add.