The two numbers are... 12 & 15.
The equation is... x equals y times 3
None because the numbers 4, 2 and 6 can't be considered to be an equation.
To find two numbers that multiply to give a product of -10, we must consider both positive and negative factors. The pair of numbers that satisfies this condition is -2 and 5, as (-2) * 5 = -10. Therefore, -2 multiplied by 5 equals -10.
Suppose one of the numbers is x. Then, because they sum to 82, the other number is 82 - x. Then their difference gives the equation x - (82 - x) = 24 or 2x - 82 = 24
The difference between these two is that an expression only contains variables, numbers, and mathematical symbols, and an equation contains two expression with an equal sign that separate them. For example, while an expression is "2x-1", an equation is "2x-1 = 5x."
Let's denote the two numbers as x and y. Since their sum is 77, we can write the equation x + y = 77. Given that their difference is 29, we have the equation x - y = 29. By solving these two equations simultaneously, we find that the two numbers are 53 and 24.
73 satisfies your condition.
None because the numbers 4, 2 and 6 can't be considered to be an equation.
It is a trivial difference. If you multiply every term in the equation with rational numbers by the common multiple of all the rational numbers then you will have an equation with integers.
In mathematics, to solve an equation is to find what values (numbers, functions, sets, etc.) fulfill a condition stated in the form of an equation (two expressions related by equality). These expressions contain one or more unknowns, which are free variables for which values are sought that cause the condition to be fulfilled. To be precise, what is sought are often not necessarily actual values, but, more in general, mathematical expressions. A solution of the equation is an assignment of expressions to the unknowns that satisfies the equation; in other words, expressions such that, when they are substituted for the unknowns, the equation becomes an identity
* A - 2B= 3 * A - B = 8 (We don't know which of the numbers is the largest, so we'll try A first) If we subtract the lower equation from the upper, we get * 0A -1B = -5 ----- Therefore B = 5 * So A = 2(5) +3 = 13 So, 13 and 5 satisfies the first requirement, 13 is three more than twice 5, and the difference between 13 and 5 is 8, so that satisfies the second requirement.
To find two numbers that multiply to give a product of -10, we must consider both positive and negative factors. The pair of numbers that satisfies this condition is -2 and 5, as (-2) * 5 = -10. Therefore, -2 multiplied by 5 equals -10.
Suppose one of the numbers is x. Then, because they sum to 82, the other number is 82 - x. Then their difference gives the equation x - (82 - x) = 24 or 2x - 82 = 24
numbers are equation because there are numbers in equation which make numbers equation
When any value satisfies the equation, you would simply state "all real numbers." There is a symbol for it, and even though it is difficult to explain, I will attempt to. It is simply an R with an extra line making it kind of look like |R, but it's connected to the furthermost left parallel line. I hope that helps!
3,4,5
let 2 consecutive numbers be x and x+1, so product will be x^2+x = 72 i.e x^2 + x - 72 = 0 finding roots of quadratic equation x= -9 or x = 8 x = 8 satisfies given condition so is the answer.
The difference between these two is that an expression only contains variables, numbers, and mathematical symbols, and an equation contains two expression with an equal sign that separate them. For example, while an expression is "2x-1", an equation is "2x-1 = 5x."