Operations

A fraction with a polynomial in the numerator, denominator or both

The number under the radical symbol

I’ll do them for solving division separate the problem into columns and work with each place value separately

Algorithm for solving addition. Add a number to one addend to make a number ending in zero and subtract the same amount from the other addend

Algorithm for solving multiplication. Draw a lattice with diagonals in each box right one factor across the top and one along the right side multiply each number and write the answer in the box with the tens digit on top add the diagonals beginning in the bottom right corner if the sum is greater than 10 move the one to the next diagonal the answer will be along the left side and bottom

Indicate repeated multiplication and are written above and after the number in question in the form: X^n where n represents the number of times multiplication is repeated

The process of eliminating a radicals or imaginary number from the denominator of an algebraic fraction

A number in front of a group of terms will multiply all terms in the grouping individually

Algorithm for solving subtraction. Subtract each place value separately beginning with the largest and working to the smallest

I specific set of steps that allows the user to reach the correct answer every time

An expression with one or more term terms may include exponents that may only be hold numbers and may not include division by variable

Algorithm for solving addition. At each place value separately and then find the total

Algorithm for solving multiplication. Expand each factor in to hundreds, tens, ones, etc. and then multiply and add

Algorithm for solving multiplication. Using the concept that multiplication is repeated addition, students use base 10 numbers to multiply and add

Algorithm for solving subtraction. Align numbers vertically based on place value and then ensure all top numbers are equal or larger than the bottom numbers

An operation is associated with regrouping the terms does not change the outcome

Algorithm for solving addition. Align numbers based on place value and then add each column

Algorithm for solving division. First estimate the answer using base 10 numbers and then keep estimating until the remainder is less than the dividend

Algorithm for solving subtraction. Add or subtract the same amount from both numerals and then subtract

Algorithm for solving subtraction start with the number that is being subtracted and count up to the original amount with each step looking for the next base 10 number

An operation is commutative if changing the order of terms does not change the outcome