Solution Let the two numbers are $$a$$ and $$b$$ Given, Product of numbers = 50 $$=$$> $$ab = 50$$ Difference of numbers = 43 $$=$$> $$a - b = 43$$ $$=$$> $$\left(a-b\right)^2=43^2$$ $$=$$> $$a^2+b^2-2ab=1849$$ $$=$$> $$a^2+b^2-2\left(50\right)=1849$$ $$=$$> $$a^2+b^2=1849+100$$ $$=$$> $$a^2+b^2=1949$$ $$ \therefore\ $$Sum of the squares of the numbers = 1949 Hence, the correct answer is Option B The Sum of Two Numbers is 43 and Their Difference is 50 x + y = 43 The difference between x and y is 50. In other words, x minus y equals 50 and can be written as equation B:x - y = 50 Now solve equation B for x to get the revised equation B: x - y = 50 x + y = 43 y = -3.5 Now we know y is -3.5. Which means that we can substitute y for -3.5 in equation A and solve for x: x + y = 43 Sum: 46.5 + -3.5 = 43 Sum Difference Calculator Do you want the answer to a similar problem? Enter the sum and difference here to find the two numbers: The Sum of Two Numbers is 43 and Their Difference is 51 Using what you learned on this page, try to figure out the next problem on our list and then go here to check the answer. Copyright | Privacy Policy | Disclaimer | Contact |