whats the difference between a general equation and a net equation?
546125
The general equation will often include all of the ions and elements.  The net equation takes away the ions and elements that didn't change with the reaction.
540264
a linear equation is just x+y=a number, or y=x+a number.  It could also have a coefficient in front of x or y in either equation.  To graph it, either use the slope-intercept form, where you take y=x+a number, the coefficient in front of x is the slope, and the number after x is the y-intercept, so, you plot (0, the number) and use the slope to find another point, then draw your line.  The second is to find two or three points that fit the equation and plot them.  Just substitute a number in for x two or three times, find y each time, and plot those numbers, then draw a line through them.
273333
no such thing.  He may have been referring to the total ionic equation which is shows the molecules as their individual ions before the spectator ions are removed.  Once the spectator ions are canceled it is then called the net ionic equation.
818092
When Graphed\n\nEquations can be any line\nLinear Equations form only straight lines\nFunction is only a function if you don't have 2 identical x values.
1171340
Numerical solution schemes are often referred to as being explicit or implicit. When a direct computation of the dependent variables can be made in terms of known quantities, the computation is said to be explicit. In contrast, when the dependent variables are defined by coupled sets of equations, and either a matrix or iterative technique is needed to obtain the solution, the numerical method is said to be implicit.
832569
df/dx=(df/dg)*(dg/dx)=x’=1, dg/dx=(dg/df)*(df/dx)=x’=1; both are const\nIt means g’(b)=1
996164
Assuming A, B, and C to be constants, this is an equation that defines a linear relation between variables x and y. There are a number of places where this would appear, but it would be easier to see it in the form y = -(A/B)x + (C/B), its equivalent.
386269
-molecular:it is a double replacement reaction.  i.e.:ab+cd=ad+bc.  \n-net ionic: you find the one that becomes the solid, and you remove all the other spectator ions.\n\nno way, i have to do the same exact thing for homework tonight.  writing net ionic, gross ionic, and molecular formulas. damn.  are you doing molarity too?  are you a sophomore?  damn science.  i hate science.
746522
Equations are used all the time in algebra (linear, quadratic, cubic, exponential, systems of equations and so on).  You can graph equations.  A table can be used to help you graph.  Mathematics is a language itself.\n(I'm not really sure what you are looking for).
631876
Partial text of both is included in\n\nhttp://www.maths.tcd.ie/pub/HistMath/People/Newton/CommerciumAccount/CommAcc.pdf
529628
The degree of polynomial equation is given by the highest power of the variable. Linear equations are of degree one. Quadratic equations are of degree two. As the exponential function is NOT an algebraic funtion (it is trascendental), it cannot be categorized this way.
481460
Net in mathematics means total.  So the net of a bunch of numbers is the sum of them all.
706776
y is a function of x and in a linear way, so one can say that y is a linear function of x,\non the other hand, y=x+5 is a linear equation in 2 variables x and y.\n\nthe difference between function and equation is whether you can write a variable as a function of the other or not: for example:\nx^2 + y^2 =1 is an equation in 2 variables, but it is not a function... or more precisely you cannot get a function from it, since you would need to use the square root (at some point).\n!
50362
It usually does:\n\nlim n->inf 1^n = 1\n\nOn the other hand,\n\nlim n->inf (1 + 1/n)^n = e
707230
A linear expression is an expression with ONE variable raised to the order of ONE (that is, the variable is not squared or anything). \n\nIt is important to distinguish between an EXPRESSION and an EQUATION. An equation occurs when something is equal to something (e.g. 1=1, states that 1 is equivalent to 1). \n\nAn expression is simply a string of variables and numbers that represent ONE number (e.g. 1+1, which represents 2). You can tell between the two by the presence of an equal sign (=).\n\nFor example, \n\n1 + x is an EXPRESSION whereas,\n\n1 + x = 2 is an EQUATION. \n\nThe expression 1 + x does not mean a definite number. It is very much like a variable; it can equal just about anything since it simply acts as a placeholder. An equation, on the other hand, explicitly states that the expression is equal to something, thus giving the variable a value.\n\nYou may think of it as a lock and a key. An expression is like a lock, it is simply there and has no meaning until both lock and key are present (equation).\n\nNow, consider your expression 4a + 7 - 2a + 3. The expression, like a lock, is simply there. It has potential, but means nothing. The entire thing could very well be a variable x, and still mean the same thing.\n\nHowever, the expression can be simplified, much a 1 + 3 + 4 can be reduced to 8 (though it will not actually be a number). Gather the like terms (4a - 2a) + (7 +3), then simplify individually:\n2a + 10. This expression is equivalent to the original, and simpler.
133024
y = 0.\n\nETA: That's if we're to assume that the value of x is constant between the equations.
138490
Infinite.\nIn this case all variables and constants have canceled out, leaving a trivially true statement. The original equation, therefore, would be called an identity and one would not consider the graph (it would be the entire xy-plane). An example is 2x + 4y = 2(x + 2y). The two expressions on either side of the equal sign are always equal, no matter what values are used for x and y.