We need to evaluate the fractions below:
![(2)/(3),(4)/(6),(8)/(12),(16)/(24),\ldots](https://img.qammunity.org/2023/formulas/mathematics/college/t6tetyw0zi2eogufldftkqn9iorzkrcoy9.png)
All these fractions have the same value, they're equivalent to "2/3". On each step there is a product of 2 on the numerator and 2 on the denominator, therefore they're related by the factor of "2/2". If we multiply the last term by the factor we get:
![(16)/(24)\cdot(2)/(2)=(32)/(48)](https://img.qammunity.org/2023/formulas/mathematics/college/fks6hqn741zt0vp8sr5ryda95sulpv4r5y.png)
The only one statement that is false is: "Each fraction is greater than the previous fraction". They all have the same value, so the correct option is the third.