Problem-solving in business relates to establishing processes that mitigate or remove obstacles currently preventing you from reaching strategic goals. You can analyze the company's ups and downs. Visit SlideEgg! The problem-solving PowerPoint template is attractive and appealing to your audience and will help you create a winning presentation that will gain your audience's attention.
That defines a rational number.
It is 40/abs(y - 16)
If this is a homework question, please consider answering it on your own first, otherwise the value of the homework assignment, i.e. to reinforce the lesson, will be lost to you.
The minimum or maximum of a function y = f(x) can be found when the deriviative dy/dx f(x), or slope, is zero. In the case of a polynomial of degree two, which this question is, there is only one point where the deriviative is zero. In the general case of a polynomial of degree three or higher, however, any point where the slope is zero might only be a local minimum or maximum, so care must be taken. Also, you must always consider the second deriviative, in order to verify if that point is a minumum or a maximum.
The first deriviative of y = x2 - 2mx is 2x - 2m. (Remember, m is constant)
By simple algebra, the solution of 2x - 2m = 0 is x = m.
To determine if this is a minimum or a maximum, take the second deriviative.
The second deriviative of y = x2 - 2mx is the first deriviative of y = 2x - 2m, which is 2.
Since 2 is always positive, the slope is always increasing, so the point x = m is a minimum.
3!=6
6!=720...
... 6*720=4320...
..
.
.
.
3!=123 &
6!=12345*6
500.
The smallest 3 digit quotient is 100, so 5 x 100 = 500.
The answer is 9.499 m approx.
The constant of variation in a direct variation is the constant (unchanged) ratio of two variable quantities. The formula for direct variation is. y=kx (or y=kx ) where k is the constant of variation .
A linear foot is the same as a foot. So, an 18-foot diameter circle would measure 18 linear feet in diameter!
If you replace variables in an expression by numbers (in case there are any variables) and then do the indicated operations, you get a number. That final number is the "value" of the expression.
For graphs of parallel lines , the slope is ALWAYS the same, in this case, '-0.5'. However , the constant, '2' in this case, can be any numberyou like.
e.g.
y
= -0.5x + 1,000,000 are parallel lines.
There is no equation on the list you're showing
that has the same graph as [ 4x + 8y = 12 ].