Using the Big Number library provided by openssl, please provide the C-language code that will compute the following:

3.1 Task 1: Deriving the Private Key Let p, q, and e be three prime numbers. Let npq. We will use (e, n) as the public key. Please calculatel the private key d. The hexadecimal values of p. g, and e are listed in the following. It should be noted that although p and q used in this task are quite large numbers, they are not large enough to be secure We intentionally make them small for the sake of simplicity. In practice, these numbers should be at least 512 bits long (the one used here are only 128 bits). pF7E75FDC469067FFDC4E847C51F452DF q-E85CED54AF57E53E092113E62F436F4F e0D88C3 3.1 Task 1: Deriving the Private Key Let p, q, and e be three prime numbers. Let npq. We will use (e, n) as the public key. Please calculatel the private key d. The hexadecimal values of p. g, and e are listed in the following. It should be noted that although p and q used in this task are quite large numbers, they are not large enough to be secure We intentionally make them small for the sake of simplicity. In practice, these numbers should be at least 512 bits long (the one used here are only 128 bits). pF7E75FDC469067FFDC4E847C51F452DF q-E85CED54AF57E53E092113E62F436F4F e0D88C3