Asked by Kelley Mcbride on May 07, 2024
Verified
Use the rules of exponents to simplify the expression below. x4ny3xn−1xnyn−4\frac { x ^ { 4 n } y ^ { 3 xn - 1 } } { x ^ { n } y ^ { n - 4 } }xnyn−4x4ny3xn−1
A) x3y2x ^ { 3 } y ^ { 2 }x3y2
B) x3y2n+3x ^ { 3 } y ^ { 2 n + 3 }x3y2n+3
C) x3ny2n+3x ^ { 3 n } y ^ { 2 n + 3 }x3ny2n+3
D) x2y2n+3x ^ { 2 } y ^ { 2 n + 3 }x2y2n+3
E) x2ny2n+3x ^ { 2 n } y ^ { 2 n + 3 }x2ny2n+3
Rules Of Exponents
Fundamental principles used to simplify expressions involving powers of the same base, including multiplication, division, and power of power rules.
Expression
A combination of symbols that represents a quantity or a relationship between quantities.
Y
In Cartesian coordinates, the vertical axis or the value that represents vertical position.
- Implement the laws of exponents for the simplification of expressions and the solution of equations.
Verified Answer
Thus, we get:
x4ny3xn−1xnyn−4=x4n−ny3xn−1−(n−4)=x3ny2n+3\frac{x^{4n}y^{3xn-1}}{x^n y^{n-4}}= x^{4n-n} y^{3xn-1-(n-4)}=x^{3n} y^{2n+3}xnyn−4x4ny3xn−1=x4n−ny3xn−1−(n−4)=x3ny2n+3
Hence, the answer is choice letter C.
Learning Objectives
- Implement the laws of exponents for the simplification of expressions and the solution of equations.
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