Answer the question using these formulas

Em = Eg + Ek EQ =RX 2 Fe = kx mik , + movie = myvi , + myviz p = mv Ft = Ap 2m2 K. = my + my K = my 2m my + 12 V. = my + m2 Fa =- Gm, m2 FF = kq192 7-2 G = 6.67 x 10-11 Nm2/kg2 k = 8.99 x 109 GMplanet g =- FE = qE Gm kqz 8 = - 7-2 AE = -qEAd kq192 EF = - r EE V = AE = kq192 ( 7 - -) AEE AV= FM = quB sin e AV Fon wire = ILB sin e E Ad my r=- kq aB V Z n =- d sin 8 = ma c = 3.00 x 10# m/s d sin e = (n -7) a n, sin 01 = n2 sin 02 Ax = LA n2 sin ec 712 2t N =- Asn = [PS1 - PnS2l = (n -=)a 2t = - nfilm sin On = (n - 2) (m + = )a 2t = nfilm Xn sin On = L sin 0 = na T = -4)4 (m + z) 1 sin em W d sin 0 = ml Ay = AL 24y = =h d sine = (n - 7)a v = Af W = ml = w sin em5. A student performs Young's double-slit experiment using a slit separation of 145 pm. A screen is placed in front of the sources such that the first nodal line (dark band) is located exactly 1.00 cm from the centre of the interference pattern. If red light with a wavelength of 725 nm was used, how far away was the screen