You have the following expression:8x + 4 + 8x - 18x, 4, 8x, and -1 are each terms, and are being added together. Think of each term as an individual box or package. The "boxes" with no variable (in this case, x), which are 4 and -1, can be added normally, but CANNOT be added to the "boxes" with variables. The ones with variables in them are added normally, but CANNOT be added to "boxes" without variables.Using this information, we know that:4 + (-1) = 3and8x + 8x = 16x (think of 8 + 8 = 16, but labeled with variables)We can say that the numbers are being added together, but we can't actually add them together. So we can say:16x + 3but we can't say:19xor19So, the answer is:16x + 3
It called the coefficient of a variable. As an example 16x. 16 would be the coefficient and x would be the variable or term.
If you square an expression and then take the square root, the squaring and the square root cancel one another, EXCEPT that the sign will be positive. Thus, if you square 16x, and then take the square root, the answer can be 16x or -16x, depending on whether "x" is positive or negative. Or if you only square x, and then take the square root of the entire expression, it would be 4x or -4x (once again, depending on whether "x" is positive or negative).
[(-16x)12]1/3 = (-16x)4 = 65536x4
In the absence of signs I have assumed the term in 16x and 60 are negative: ie x2 - 16x = -60 or x2 - 16x + 60 = 0 Factors of 60 which total -16 are -6 and -10, so (x - 6)(x - 10)
16x
Collect terms. Constants with constants, variables with matching variables. 6 is a constant, and the rest are all x terms. 6 - 2x - 14x 6 + (-2x -14x) 6 + (-16x) 6 - 16x ■
You have the following expression:8x + 4 + 8x - 18x, 4, 8x, and -1 are each terms, and are being added together. Think of each term as an individual box or package. The "boxes" with no variable (in this case, x), which are 4 and -1, can be added normally, but CANNOT be added to the "boxes" with variables. The ones with variables in them are added normally, but CANNOT be added to "boxes" without variables.Using this information, we know that:4 + (-1) = 3and8x + 8x = 16x (think of 8 + 8 = 16, but labeled with variables)We can say that the numbers are being added together, but we can't actually add them together. So we can say:16x + 3but we can't say:19xor19So, the answer is:16x + 3
Combine like terms, meaning add 12X plus 4X which is 16X and then you add 25Y plus 15Y which equals 40Y so the answer will be 16x+40y. combine like terms means add the ones with the same variable.
In the expression 16x^4, the variable x is being raised to the fourth power. This means that x is being multiplied by itself four times. The value of x in this expression is unknown and could be any real number. The expression represents 16 times x raised to the fourth power.
It called the coefficient of a variable. As an example 16x. 16 would be the coefficient and x would be the variable or term.
8 - x + 14 = 16xWe first attempt to isolate the variable and simplify the statement:22 = 17xDivide by 17, yielding only 'x'.22/17 = 1 5/7
(3x + 1)(x + 5)
It is 4 terms of an algebraic expression.
You can't solve it. But you can simplify it to get: 4x+y=2
You could use 3x +22x for basics, or for more harder ones, you could use 16x= 4x+ _x OR Harder is Simplify- 32x+5x+72y+32x+26y=___ If not that, then maybe Simplify- (3y+5x)2nd power * 32x+17y-3 These are some examples. Enjoy! From, Matt
Ok, in order for anyone to give you the common factor of this, we need the format. is this -16x^2? If so, then the common factor would be x. x is the only thing that -16x^2, 1000x, and x have in common. If this were -16x^2 + 1000x + x =y then it would simplify to x(-16x+1001)=y. Ok, in order for anyone to give you the common factor of this, we need the format. is this -16x^2? If so, then the common factor would be x. x is the only thing that -16x^2, 1000x, and x have in common. If this were -16x^2 + 1000x + x =y then it would simplify to x(-16x+1001)=y.