There is an infinite combination of numbers you can use to multiply that will result in 29. However, no whole numbers can be multiplied to result in 29. Instead, multiply a fraction or decimal. For example: 2 and 14.5 or 14 1/2.
1 and 29. 29 is a prime number, meaning that no other two integers can multiply together and have 29 as a product.
1 x 29 = 29
29
1/(2 + 5i) (multiply both the numerator and the denominator by 2 - 5i)= 1(2 - 5i)/(2 + 5i)(2 - 5i)= (2 - 5i)/(4 - 25i2) (substitute -1 for i2)= (2 - 5i)/(4 + 25)= (2 - 5i)/29= 2/29 - (5/29)i
The two numbers that multiply to -72 and add to -29 are approximately 3.57 and -32.57.
There is an infinite combination of numbers you can use to multiply that will result in 29. However, no whole numbers can be multiplied to result in 29. Instead, multiply a fraction or decimal. For example: 2 and 14.5 or 14 1/2.
2 x 29 = 58
870
-29
1, 2, 3, 6, 29, 58, 87, 174 multiply as follows to equal 174:1 x 174, 2 x 87, 3 x 58, 6 x 29
58
In the future please be more specific as to what you are asking. Factoring: 2 x 2 x 2 x 29 In other terms: 23 x 29 or 8 x 29
1 and 29. 29 is a prime number, meaning that no other two integers can multiply together and have 29 as a product.
The LCM of 29 and 116 is 116. 29 is a prime number, and 116 = 2 x 2 x 29, so you multiply these factors, excluding one occurrence of the common 29, i.e. 29 x 2 x 2, which is 116 which is the LCM (4 x 29, 1 x 116)
1 x 29 = 29
1 times 29 = 29 which is a prime number