Latest exam Aptitude Question SOLUTION: Multiply and simplify by factoring. Assume that all expressions under radicals represent nonnegative numbers. root (3, y^4) root (3, 81y^5)

Follow Quotesrain

exam Question Papers:

exam Select Another Category Numerical Ability Select Another Topic

Maths Puzzle

exam Question Topics

Category (66)

General Ability (20)

General Knowledge(6)

HR Interview (5)

Interview(3)

Logical Reasoning (56)

Numerical Ability (85560)

Programming (1)

Verbal Ability (5)

Advertisements

Previous Question: Solve the equation by expressing each side as a power of the same base and then equating exponents. 3^(6 - 3x) =1/27 a. {9} b. {1/9} c. {-3} d. {3} Next Question: Having trouble solving: 2k+ar=r-3y solve for r

(#M40136883) EXAM Numerical Ability question Keep an EYE

Multiply and simplify by factoring. Assume that all expressions under radicals represent nonnegative numbers.

root (3, y^4) root (3, 81y^5): Asked In exam (9 years ago); Unsolved; Is this Puzzle helpful? (0) (0) Submit Your Solution

Advertisements

Read Solution (0) :

Please Login to Read Solution.

Previous Question: Solve the equation by expressing each side as a power of the same base and then equating exponents. 3^(6 - 3x) =1/27 a. {9} b. {1/9} c. {-3} d. {3} Next Question: Having trouble solving: 2k+ar=r-3y solve for r

Login
Register

Sponsored Links

Advertisements

Challenger of the Day

no image

Dimple

India

Punjab

Time: 00:01:33

Points

19

Maths Quotes

Don't learn Mathematics just to prove that you are not a mentaly simple person but learn it to prove that you are enough intelligent

LA

Mathematics is KING of ARTS and QUEEN of SCIENCE...

My_Teacher

Placed User Comments

M4Math helped me a lot.

Vipul Chavan 4 years ago

Thanks m4 maths for helping to get placed in several companies.
I must recommend this website for placement preparations.

yash mittal 4 years ago

2524K+Registerd user
1767K+Engineers
757K+MBA Asprirant
3K+Enginnering College
250+Company Exam
150K+Interview Questions

All rights are reserved to @m4maths.com