1 x 162, 2 x 81, 3 x 54, 6 x 27, 9 x 18, 18 x 9, 27 x 6, 54 x 3, 81 x 2, 162 x 1
(162,1)(81,2)(54,3)(27,6)(18,9)
(162,1)(81,2)(54,3)(27,6)(18,9)
Two numbers that multiply to negative 162 can be -9 and 18, since -9 × 18 = -162. Alternatively, another pair could be -1 and 162, as -1 × 162 also equals -162. There are multiple pairs of numbers that can achieve this product.
These factor pairs, when multiplied together, equal 162: (1, 162) (2, 81) (3, 54) (6, 27) (9, 18)
Well, pairs counting is 162. Altogether its 324. I have some ways to know..
Pairs of positive integer factors which multiply to make 162 are: 1 x 162 2 x 81 3 x 54 6 x 27 9 x 18 And their reverses.
To find two numbers that add up to 162, you can think of many pairs, such as 81 + 81 or 100 + 62. Essentially, any two numbers that sum to 162 will work, like 150 + 12 or 200 + (-38). The possibilities are endless as long as the sum remains 162.
Oh, dude, you're hitting me with some math now! So, like, if you want to know what times what equals 162, you're basically asking for the factors of 162. It's like 2 times 81, or 6 times 27, or even 9 times 18. It's all good, man, just some basic multiplication vibes.
162 162 = 162 162
To find two numbers that multiply to 162, we need to factorize 162 into its prime factors: 2 x 3 x 3 x 3 x 3. From this, we can see that 2 x 81, 3 x 54, 6 x 27, 9 x 18, and 162 x 1 are all pairs of numbers that multiply to 162.
Since 162 is a multiple of 27, it is automatically the LCM.
162 162 162