![(343)^{\frac{2}{3}}=\sqrt[3]{(343)^{2} }](/tpl/images/0394/5865/803ad.png)
![\sqrt[3]{(343)(343)}=\sqrt[3]{(7^{3})(7)^{3}}](/tpl/images/0394/5865/a5ba5.png)
![(2197^{\frac{1}{3}})^{2}=(\sqrt[3]{2197})^{2}](/tpl/images/0394/5865/338c6.png)
![(\sqrt[3]{13^{3}})^{2}=13^{2}](/tpl/images/0394/5865/cadfd.png)
![729^{\frac{2}{3} }=(\sqrt[3]{729})^{2}](/tpl/images/0394/5865/78d74.png)
![(\sqrt[3]{9^{3}})^{2} = 9^{2}](/tpl/images/0394/5865/b0110.png)
![(1000^{2})^{\frac{1}{3}}=(\sqrt[3]{1000})^{2}](/tpl/images/0394/5865/f7847.png)
![(\sqrt[3]{9261})^{2}=(\sqrt[3]{(21)^{3} })^{2}](/tpl/images/0394/5865/2018a.png)
![(\sqrt[3]{216})^{2}=(\sqrt[3]{6^{3} })^{2}](/tpl/images/0394/5865/753a4.png)
Match each whole number with a rational exponential expression. me pleease fasttt
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Mathematics, 28.11.2019 08:31, auty2925
Match each whole number with a rational exponential expression. me pleease fasttt
Answers: 1
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The weight of a radioactive isotope was 96 grams at the start of an experiment. after one hour, the weight of the isotope was half of its initial weight. after two hours, the weight of the isotope was half of its weight the previous hour. if this pattern continues, which of the following graphs represents the weight of the radioactive isotope over time? a. graph w b. graph x c. graph y d. graph z
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