help me answer these questions assuming my student id is : s3835008
AWS Certificate Manager from Amazon Web Services (AWS) takes care of deploying certificates to help you enable SSL/TLS for your website. Assume that AWS Certificate Manager issues you a SSL certificate and you have installed the certificate in your website hosted on AWS. When a client browses your website, suppose the client will run a SSL handshake protocol with ephemeral public key with your website to establish an encrypted link between the client and your website as shown in Figure 5.  

 



In the certificate of your website, if 2048-bit RSA public and private keys are 
n=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
e=(10001)16
d=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

(1)	Choose your ephemeral public key with 1024 bits and set e as the largest prime factor of your student number. 
(2)	What is the ServerKeyExchange message?
(3)	If Pre_Master_Secret is SHA384(your full name and your student ID), where the hash function is SHA384 (https://emn178.github.io/online-tools/sha384.html), what is the ClientKeyExchange message? 
(4)	Analyse client authentication and server authentication of the handshake protocol. 
(5)	Analyse the forward security of the handshake protocol.     