Let's denote the two numbers as x and y. We have the following system of equations: x + y = 400 and xy = 960000. From the first equation, we can express y in terms of x as y = 400 - x. Substituting this into the second equation gives us x(400 - x) = 960000. Simplifying this quadratic equation gives us x^2 - 400x + 960000 = 0. Solving for x using the quadratic formula, we get x = 200 ± 20√241. Therefore, the two numbers are 200 + 20√241 and 200 - 20√241.
360
Product = multiply.
3,3,1,1,1,1,1,1,1,1.
no 3 numbers add to equal 10 and multiply to equal 40.
you do not do anything when you add numbers with exponents. you just figure out the answer. it is only if you multiply numbers with exponents, where you add the exponents..
281100
-409
440
360
221
That depends what you mean with "and": whether you want to add the numbers, multiply them, etc.That depends what you mean with "and": whether you want to add the numbers, multiply them, etc.That depends what you mean with "and": whether you want to add the numbers, multiply them, etc.That depends what you mean with "and": whether you want to add the numbers, multiply them, etc.
-96
14
The two numbers that multiply to -72 and add to -29 are approximately 3.57 and -32.57.
444
To solve this problem, we are looking for two numbers that multiply to 150 and add to -19. Letβs break it down: Product of the two numbers: The two numbers should multiply to give 150. Sum of the two numbers: The same two numbers should add up to -19.
There are infinitely many pairs of numbers that will add to 105.8 and infinitely many pairs of numbers that will multiply to 105.8 but there are no pair that will add AND multiply. I do not think there are larger sets, but I could be wrong. One example of a triplet adding and multiplying to the same number is 1, 2 and 3. They add to 6 and multiply to 6.