If 3x, 5y and 7z are equal terms, them each of them will equal one third of 357, or 119.
3x = 119
x = 39 and 2/3
5y = 119
y = 23 and 4/5
7z = 119
z = 17
The expression (-4ad - 8bc) cannot be simplified further without additional information about the variables (a), (b), (c), and (d). It represents a linear combination of the terms (-4ad) and (-8bc). If you need a specific evaluation, values for the variables must be provided.
The expression "9a plus 6s" can be written mathematically as ( 9a + 6s ). It represents the sum of the terms ( 9a ) and ( 6s ), where ( a ) and ( s ) are variables. Without specific values for ( a ) and ( s ), the expression cannot be simplified further.
Such an equation has an infinite set of solutions. You can solve the equation for one variable, in terms of the other. Then, by replacing different values for one of the variables, you can get different solutions.
Without an equality sign and not knowing the plus or minus values of the given terms it can't be considered to be an equation.
Unlike terms.
The expression (-4ad - 8bc) cannot be simplified further without additional information about the variables (a), (b), (c), and (d). It represents a linear combination of the terms (-4ad) and (-8bc). If you need a specific evaluation, values for the variables must be provided.
A method for solving a system of linear equations; like terms in equations are added or subtracted together to eliminate all variables except one; The values of that variable is then used to find the values of other variables in the system. :)
terms that do not contain any variable components, so their value remains fixed or constant regardless of the input values of the variables in an expression or equation. They are typically numerical values or coefficients that do not change.
A single equation with two variables can be solved for one of the variables, in terms of the other. For example, a rectangle's area is A = wh (width x height). Now let's assume you know the area: 20 = wh. You can solve for any of these variables in terms of the other, for example, w = 20/h. That is, once you assign a value to "h", you can calculate "w". But you don't know the specific values for "w" and "h", because the equation has an infinite number of solutions.If you want to know specific values for the variables, in general, you need two different equations with 2 variables - or 3 equations with 3 variables, etc.
like terms
Such an equation has an infinite set of solutions. You can solve the equation for one variable, in terms of the other. Then, by replacing different values for one of the variables, you can get different solutions.
The envelope theorem states that the derivative of the value function with respect to a parameter is equal to the partial derivative of the value function with respect to that parameter, evaluated at the optimal values of the control variables. In simpler terms, it tells us that the change in the value function due to a small change in a parameter is equal to the change in the value function that would occur if the control variables were adjusted to keep the parameter constant.
Without an equality sign and not knowing the plus or minus values of the given terms it can't be considered to be an equation.
Like Terms
Like terms.
You can't. You can only subtract like terms. Like terms must have exactly the same variables and exponents on the variables.
Unlike terms.