Firstly: X + Y = 64
Secondly: X - 2Y = -8
Therefore X = 2Y - 8
Now, we can put that value of X into the first equation and we get 2Y - 8 + Y = 64
Which reduces to 3Y = 72, and that gives Y = 24.
So, if X + 24 = 64 then X = 40.
Putting that into the second equation we get: 40 - 2(24) = 40 - 48 = -8
2x - 2
122 and 123How?|vif the page is double sided then it has two numbers that are added... divide 245 by 2 and you get 122.5 so one page is pg. 122 and the other is pg. 123
If you mean: kk-5 then it can be k^2-5 But if you mean: k+k-5 then it can be 2k-5
You most likely your node numbers mixed up somewhere, double check them.
(4 x 4) + (2 x 5)
Clarify. Subtract four consecutive numbers ... from what? It appears you mean something like: 22 - 21 - 20 - 19 And the answer is NOT -44. It is -38 ... negative double of the LOWEST number. If this is what you mean, then you have discovered another rule of mathematics. It will always work. 1001 - 1000 - 999 - 998 = -1996 Exactly the negative double of 998
What's the question ? Is it to find what the two numbers are ? Since you know their average, you know what the sum of the two numbers is. It's double their average. Now you know their sum, and you know their product. Take the product, and list all of its factors. Find two of the factors that add up to the sum of the two numbers. Those are probably the two numbers you're looking for.
#include<iostream> void product (double a, double b) { std::cout << "The product of " << a << " and " << b << " is " << a*b << std::endl; } int main () { product (6, 7); product (2, 21); } Output: The product of 6 and 7 is 42 The product of 2 and 21 is 42
Start with n, then you get; Add 17: n + 17 Double it: 2n + 34 Subtract 4: 2n + 30 Double it: 4n + 60 Add 20: 4n + 80 Divide by 4: n + 20 Subtract 20: n which is where you started.
Multiplying the product by 2.
2x - 2
It could be many things as you didn't provide more numbers. the simplest rule could be subtract 60 and then double making the next number 12
you can add it, subtract it, divide it, times it, find the square root of it, use it in questions, halve it, double it, make it 6 and 10 and get 2 numbers from it and probably a lot more x
On a double-six domino, the maximum product is 6 x 6 = 36. (for two dominoes 12 x 12 = 144) On a double-nine domino, the maximum product is 9 x 9 = 81. (for two dominoes, 18 x 18 = 324)
Generate a random number in half the range you are interested in. If generating odd values, subtract 1 from the upper bound of the range. That is, if the range is 0 to 100, then generate a random number in the range 0 to 50 for even numbers and 0 to 49 for odd numbers. Double the generated number to obtain the even value, or double it and add 1 to obtain the odd value.
(14x2)-9
All of your double numbers such as 33 and 77 occur within the first hundred numbers. Viz 11, 22, 33, up to 99. That is 9 double numbers.