solutions are the well solution to the problem. X-intercepts are wherever a graph cross the x axis, which are hte solutions when you have to find out what x is, zeros are pretty much the same thing although i think that include y-intercepts as well..... not sure. and roots are the same thing as x-intercepts. so they are all more or less the same thing
For a quadratic function, there is one minimum/maximum (the proof requires calculus) and also it is either always convex or concave (prove is also calculus) it is continuous every where, hence, it can have a maximum of 2 roots. Graph it. If there is more than 2 roots, by Intermediate Value Theorem, it cannot be convex/concave everywhere. It will HAVE to have two intervals of increasing or decreasing. It can be easily proven that given any quadratic function f(x), if x = x0 is a minimum/maximum, and x=a != x0 is a root, then 2x0-a is also a root. It is still true that a = x0 as 2x0-x0=x0 implying it is the only root. But the concept of min/max requires Calculus to prove existence. So, this is Calculus, not algebra.
If you know the area of a square, the length of a side is the square root of area. L = Length of Side A= Area L2 = A so... L = A0.5
sq. root of (80/125)= sq. root of [(9)(2)(5)/(25)(5)]= (sq. root of 9)(sq. root of 2)/sq. root of 25= (3/5)sq. root of 2
Yes, the graph of a circle is a function. Recall, in a circle, that x2 + y2 = r2, for circles at the origin, though you could offset it any place you want by making the equation more complex. Solving for y, you get y = square root(r2 - x2). Since square root, by definition, has two values, the plus value and the minus value, this is a function, even though each x has two values for y, within the domain of +/-R.Some people might say that the graph of a circle is not a function, because it violates the single value test, i.e. if you draw a vertical line within the domain of the function, you get more than one value. In fact, however, if you convert the equation from cartesian coordinates to polar coordinates, you pass the single value test, i.e. R is constant for every theta.
To get the square root of 8, you have to multiply the root of 2 and the root of 4. The root of 4 then simplifies to 2, so the square root of 8 equals 2 times the square root of 2.
A root is the solution of the equation when one side (usually the Right Hand Side) is set equal to 0.To take very simple examples, x = 3 isthe solution of 2x = 6 orthe root of 2x - 6 = 0
Because all nutrients are taken up in solution.
If the root is in hypotonic solution then the root will remain turgid. If placed in a hypertonic solution then the root will become flaccid over time.
This has various related meanings. (1) A square root, cubic root, etc. (2) A solution to an equation. (3) The value for which an expression - for example, a polynomial - is equal to zero.
Root means solution in this context.
The function of the root cap is to protect and cover the growing tip of the root.
Root cap epidermis's function is protection while that of root hair is absorption .
Good that you thought of it... unfortunately there is no root word of function... because if you think of it for a long time... function is word...so there's no word go with function, so, if you say functional, the root or base word is function. :):
You use the output of the first function as the input of the second function. For example, if your functions are sin() (the sine function) and root() (the square root function), you can combine them as:sin(root(x)) or: root(sin(x))
it is the root
it is the root
function