The model is one whole divided into ten equal parts with nine parts shaded.
So, the model shows nine tenths.

Nine tenths written as a decimal has a 9 in the tenths place.
So, $\frac{9}{10}$ written as a decimal is 0.9.

The model is one full whole and one whole divided into one hundred equal parts with twenty-six parts shaded.
So, the model shows one and twenty-six hundredths.

One and twenty-six hundredths written as a decimal has a 1 in the ones place, a 2 in the tenths place, and a 6 in the hundredths place.

So, $1\frac{26}{100}$ written as a decimal is 1.26.

The model is divided into one hundred large squares, and each large square is divided into ten rectangles.
So, the model is one whole divided into one thousand equal parts with five hundred thirty-six parts shaded.
Therefore, the model shows five hundred thirty-six thousandths.

Five hundred thirty-six thousandths written as a decimal has a 5 in the tenths place, a 3 in the hundredths place, and a 6 in the thousandths place.

So, $\frac{536}{\mathrm{1,000}}$ written as a decimal is 0.536.

The model is one whole divided into ten equal parts with one part shaded.

So, the model represents one tenth, or $\frac{1}{10}$.

The model is one full whole and one whole divided into one hundred equal parts with seventy-three parts shaded.

So, the model represents one and seventy-three hundredths, or $1\frac{73}{100}$.

The model is four hundred seventy-one small cubes from a thousandths cube.

So, the model shows four hundred seventy-one thousandths, or $\frac{471}{\mathrm{1,000}}$.