This will be similar as in part 2, except we have extended your starter code to apply a "slow" hash. this time the passwords will be hashed by composing sha256 with itself 50 times in a row. additionally, the salt will consist of one digit(0-9). your job is again to find the underlying passwords. again, in this case, the salt is prepended to the password. an example test case is

Matt and brian were solving a system of equations. they both noticed that the two lines had the same slope. brian said that because each line in the system had the same slope, the two lines had to be parallel, which meant the solution to the system was "no solution" matt disagreed, and said they should also look at the y-intercepts before determining how many solutions there were. who is correct?

In angle pqr find the measure of

Select the graph of the solution. click until the correct graph appears. |x| = 3