Please show the steps, thanks!

Consider the uniform bar of length 1., fixed at one end and carrying a mass M at the other end: "' EA 2... The natural frequencies of the bar are given by the equation: (w!) Maul cot = c m c where w is the natural frequency, 6 = 1 fE/p, E is Young's modulus, p is the density, m = pAI is the mass of the bar, and A is the cross sectional area of all the bar. Quantity is referred to as normalized natural frequency. c Find the rst normalized natulal frequency of the bar for M/m = 1.0, using Newton-Raphson method with initial guess 0.5 and relative error tolerance 5n = 104. where 1737+] 33:7 so =: ________ $i+1 Type your answer in the field below. Use accuracy of 4 digits after the decimal. m\": C, A correct answer is 0.8603, which can be typed in as follows: 0. 8603