Price of the bond using ytm=Present value of Cash flows discounted at ytm=8%*100/1.0595+(100+8%*100)/1.0595^2=103.7610901
Also, Price of the bond=Sum(Cash flows at time t /(1+rate for zero coupon bond for time t)^t)
Let yield of 1 year bond be r
Hence,
Price of the bond=8%*100/(1+r)+(100+8%*100)/(1+6%)^2
=>8%*100/(1+r)+(100+8%*100)/(1+6%)^2=103.7610901
=>r=8%*100/(103.7610901-(100+8%*100)/(1+6%)^2)-1=4.6918%
Price of 1 year zero coupon bond=100/(1+4.6918%)=95.51846467% of par
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