Answer:
60,480 is the correct answer.
Step-by-step explanation:
First of all, let us have a look at the <em>formula of factorial of a number 'n'</em>:

i.e. multiply n with (n-1) then by (n-2) upto 1.
<em>Keep on subtracting 1 from the number and keep on multiplying until we reach to 1.</em>
<em></em>
So,
can be written as: 
Similarly
can be written as: 
Re-writing
:

Now, the expression to be evaluated:

Answer:
this isn't really an answer but use desmos graphing calculator, its an app and a website it will give you the answer.
Answer:
b = e + 4
b = e + 4 i think that is the pattern in the table
Answer:
yes ur correct its nonlinear lol
Step-by-step explanation: