Find the prime factorization of the number left underneath the root, and if there are now repeated numbers, then the square root has been simplified completely. For example for 12√(30), the prime factorization of 30 is 2*3*5. There are no repeated numbers, so 12√(30) has been simplified completely. For 9√(50), the prime factorization of 50 is 2*5*5. A number is repeated (there are two 5's) so 9√(50) has not been simplified completely. (It can be simplified to 45√(2).)
for variables x and y and constanat k -
7/30 cannot be simplified.7/30 cannot be simplified.7/30 cannot be simplified.7/30 cannot be simplified.
It can not be simplified further.
10.9 cannot be simplified.
Which of the following is an example of inverse variation?4x =zy =2xxy=7xz=z
Find the prime factorization of the number left underneath the root, and if there are now repeated numbers, then the square root has been simplified completely. For example for 12√(30), the prime factorization of 30 is 2*3*5. There are no repeated numbers, so 12√(30) has been simplified completely. For 9√(50), the prime factorization of 50 is 2*5*5. A number is repeated (there are two 5's) so 9√(50) has not been simplified completely. (It can be simplified to 45√(2).)
when there is no negative exponentswhen there is a minimal number of bases~
for variables x and y and constanat k -
Yes, 7/9 is a completely simplified fraction.
That will depend entirely on the algebraic expression which has not been given.
7/30 cannot be simplified.7/30 cannot be simplified.7/30 cannot be simplified.7/30 cannot be simplified.
It can not be simplified further.
78 simplified is 78.
What is 2.75 simplified
It is simplified.
No it can not be simplified