A blockchain is used to store exam results of students at a university. Assume that the Hash of each block is determined using the following formula:

A $=$ ASCII value of the second letter of the course prefix $($see the lookup table below$)$

B $=$ ASCII value of the first letter student's public key

C $=$ ASCII value of the Grade

Nonce $=$ Value between $1$ and $5$ that makes the hash divisible by $5$

Hash $=$ A $+$ B $+$ C $+$ Nonce $-$ Value of the last two digits of the Previous Hash

The initial Hash of the Blockchain is $415$

Add the following $4$ transactions to the blockchain, and determine the correct Nonces and Hashes. Enter the Nonces and Hashes in the table below.

Block Course Student Public Key Grade Nonce Hash

Initial Block $415$

$1$ MIS $201$ dac$8511$ A

$2$ CS $105$ acd$6966$ B

$3$ BT $416$ qqq$8982$ C

$4$ ACC $200$ dad$4234$ B

ASCII Lookup Table:

A $65$

B $66$

C $67$

D $68$

E $69$

F $70$

G $71$

H $72$

I $73$

J $74$

K $75$

L $76$

M $77$

N $78$

O $79$

P $80$

Q $81$

R $82$

S $83$

T $84$

U $85$

V $86$

W $87$

X $88$

Y $89$

Z $90$