Minus One Makes A Difference

Probability Level 2

$\left( \frac { 71 }{ 1 } -1 \right) \left( \frac { 71 }{ 2 } -1 \right) \left( \frac { 71 }{ 3 } -1 \right) \cdots \left( \frac { 71 }{ 42 } -1 \right) \left( \frac { 71 }{ 43 } -1 \right)$

Which of the following is equal to the above value?

Notation: $\binom MN$ denotes the binomial coefficient, $\binom MN = \frac{M!}{N!(M-N)!}$ .

\left( \begin{matrix} 71 \\ 43 \end{matrix} \right)

\frac { 44 }{ 71 } \left( \begin{matrix} 71 \\ 44 \end{matrix} \right)

\frac { 44 }{ 71 } \left( \begin{matrix} 71 \\ 43 \end{matrix} \right)

\frac { { 71 }^{ 43 } }{ 43! }

\left( \begin{matrix} 71 \\ 44 \end{matrix} \right)