Answer;
The future value is;

Explanation;
To calculate the future value, we shall be using the formula below;

where A is the future value that we want to calculate
P is the initial value which is $261,000
r is the interest rate which is 8.64 % = 8.64/100 = 0.0864
n is the number of times per year we will be compunding
Since it is daily, it means n will be 365 days
t is the number of years which is 30
Now, we proceed to substitute these values into the formula
