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What else can I help you with?
How do you determine whether a number is a solution of an equation?
Substitute the value found back into the equation, evaluate the expressions and see if the resulting equation is true.
Is this a solutiony -x - 4?
The expression "-y - x - 4" does not represent a solution but rather a linear expression. To determine if it represents a solution to an equation, it would need to be set equal to something (e.g., "-y - x - 4 = 0"). If you are asking whether it can be solved for a specific value, please provide more context or the equation related to it.
Is x3 a solution of the equation 3x-54x?
To determine if ( x^3 ) is a solution of the equation ( 3x - 54x = 0 ), we first simplify the equation. The left side simplifies to ( -51x = 0 ), which implies ( x = 0 ) is the only solution. Since ( x^3 ) is not equal to ( 0 ) for any ( x ) other than ( 0 ), ( x^3 ) is not a solution to the equation.
What property of equality allows you to check a solution of an equation?
The property of equality that allows you to check a solution of an equation is the substitution property. This property states that if two values are equal, one can be replaced by the other in any expression or equation. By substituting the proposed solution back into the original equation, you can verify if both sides yield the same result, confirming whether the solution is valid.
How do you determine whether the equation is balanced?
To determine if an equation is balanced, compare the number of each type of atom on the reactant side to the product side. Make sure there is an equal number of each type of atom on both sides of the equation. If the number of atoms is balanced, the equation is balanced.
Why do we represent the solution to an inequality with a graph on a number line but we don't do the same for the solution to an equation?
An equation has an equal sign, which means that we know what the variable is equal to :)
Is 5 a solution to 7x plus 10 equals 40?
To determine if 5 is a solution to the equation (7x + 10 = 40), substitute (x) with 5. This gives (7(5) + 10 = 35 + 10 = 45), which does not equal 40. Therefore, 5 is not a solution to the equation.
Is (2 -3) a solution of x 5y 4?
To determine if (2, -3) is a solution of the equation ( x + 5y = 4 ), we substitute ( x = 2 ) and ( y = -3 ) into the equation. This gives us ( 2 + 5(-3) = 2 - 15 = -13 ), which does not equal 4. Therefore, (2, -3) is not a solution of the equation.
Is (2-11) a solution for -3x 2y 5?
To determine if (2, -11) is a solution for the equation (-3x + 2y = 5), substitute (x = 2) and (y = -11) into the equation. This gives (-3(2) + 2(-11) = -6 - 22 = -28), which does not equal 5. Therefore, (2, -11) is not a solution to the equation.
How can you determine whether a solution is hypotonic, hypertonic, or isotonic?
You can determine if a solution is hypotonic, hypertonic, or isotonic by comparing the concentration of solutes in the solution to the concentration of solutes in the surrounding environment. If the solution has a lower concentration of solutes than the surrounding environment, it is hypotonic. If the solution has a higher concentration of solutes, it is hypertonic. If the concentrations are equal, the solution is isotonic.
If you replace the equal sign of an equation an put an inequality sign in its place is there ever a time when the same value will be a solution to both the equation and inequality?
Yes, when the inequality has a less that or equal to sign, or a greater than sign or equal to sign, then the equal sign can be replaced and get a solution that is common to both the equation and the inequality. There can also be other solutions to the inequality, where as the solution for the equation will be a valid one.
Math tell whether the ordered pair is a solution of the equation?
The idea is to replace one variable in the equation by the first number in the ordered pair, the other variable with the second number in the ordered pair, do the calculations, and see whether the resulting expressions are indeed equal.
