a4b2
625/10000 :]
Pre-Algebra is a class that allows you to practice basic algebraic functions and provides a second year to learn the skills.
A fourth degree polynomial.
In Evaluating Expression first,replace each letter in the expression with the assigned value. second,perform the operations in the expression using the correct order of operations and the last you got the answer
Multiply out all brackets (parentheses). Combine "like" terms. "Like" terms are those where any algebraic letters and their powers are exactly the same, but the numbers before them (the coefficients) may be different. Thus 2x2y and 3x2y are like terms and should be combined to make 5x2y. But 2x2y and 3xy2 are not like terms since in the first it is x that is squared while in the second it is y. Similarly, x and x2 are not like terms. Also, when combining terms, remember that x2y is 1x2y.
You can use this group of characters, arranged like this ==> a4b2
let x = first number let y = second number x + y =20
It means find the value of the expression. It cannot be simplified in the way that algebraic expressions usually are.
There are two possible answers to your question depending on what mathematics course you are taking. The first answer involves the algebraic translation of "more than" to rewrite the question into an algebraic expression: 17 + 13. The second answer is simply the sum of the two integers: 30.
STEPS : FIRST TERM = the cube of the first term SECOND TERM=three times the product of the squareof first term and second term THIRD TERM=three times the product of first term and square of second term FOURTH TERM=THE CUBE OF THE LAST TERM ..
STEPS : FIRST TERM = the cube of the first term SECOND TERM=three times the product of the squareof first term and second term THIRD TERM=three times the product of first term and square of second term FOURTH TERM=THE CUBE OF THE LAST TERM ..
STEPS : FIRST TERM = the cube of the first term SECOND TERM=three times the product of the squareof first term and second term THIRD TERM=three times the product of first term and square of second term FOURTH TERM=THE CUBE OF THE LAST TERM ..
fourth
Yes, the second and the fourth finger are the same length.
A binomial is an algebraic expression of the sum or the difference of two terms. A polynomial is an expression of more than two algebraic terms, esp. the sum of several terms that contain different powers of the same variable(s). The degree of a polynomial is the highest degree of its terms. Now that we have the definitions and the correct spellings out of the way, the answer to your question is a qualified no. There's no such thing as a second-term polynomial. I suspect you mean second degree, but both binomials and polynomials can be second-degree. There's also no such thing as a binomial polynomial. Expressions of two terms are binomials, more than two terms are polynomials, exactly three terms are trinomials.
It depends on the context. In a polynomial, each term is a product of constants and variables and the 12th term is the 12th one in a polynomial sum. In a sequence of expressions, it is the 12th expression. In the academic context, it could refer to the second period in the sixth year (if you have semesters) or the last term in the fourth year (where there are three terms in a year).
An expression of the second degree can be any kind of expression, the most popular being a quadratic polynomial of the form ax^2 + bx + c.