IM Alg2.3.4 Practice: Positive Rational Exponents

[size=150]Evaluate [math]8^{\frac{5}{3}}[/math].[/size]

[size=150]Select [b]all[/b] expressions that are equal to [math]64^{\frac{3}{2}}[/math][/size]

[math]\sqrt[3]{64}^2[/math] [math]\sqrt{64^3}[/math] [math]8^3[/math] [math]4^2[/math] [math]96[/math] [math]512[/math]

[size=150]Write the expression [math]17^{\frac{4}{3}}[/math] using radicals.[/size]

[size=150]An arithmetic sequence [math]k[/math] starts 4, 13, . . . . Explain how you would calculate the value of the 5,000th term.[/size]

Select [b]all[/b] items equivalent to [math]\sqrt{24}[/math].

the volume of a cube with edge length 24 units the area of a square with side length 24 units the positive number [math]y[/math], where [math]y=24\cdot24[/math] the side length of a square with area 24 square units the positive number [math]x[/math], where [math]x\cdot x=24[/math] the edge length of a cube with volume 24 cubic units

[size=150]Which expression is equivalent to [math]23^{\frac{1}{2}}[/math]?[/size]

[math]\frac{1}{\sqrt{23}}[/math] [math]\sqrt{23}[/math] [math]\frac{1}{23}[/math] [math]11.5[/math]

IM Alg2.3.4 Practice: Positive Rational Exponents

Information: IM Alg2.3.4 Practice: Positive Rational Exponents