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5. (20 points) Write a C++ function to compute the dot product of two vectors. The vectors should be normalized before computing the dot product. Normalization: To normalize a vector v = [v1, V2, .. ., Un], you divide each compo- ment of the vector by its magnitude (or length). The magnitude of v is given by: llvil = voz + oz + ... +2 on 18o ON totell s ofni efill olgisiuM zabbeg Thus, the normalized vector vis: did olgislum gnola of (yards bougieco .3.5) V = oxilift asongas sill zotovlid ord me did olgnie e Hall . . . . . Hall . 11 anoldmogo fromsluginart vid estuspot Dot Product: The dot product of two vectors a = [a1, a2, . . ., an] and b = [b1, b2, ..., bn is given by: a . b = alb1 + a2b2 + ... + anbn a doed deng mongolquit of boon goY Your function should: zodoev offduq : toyoswald east 1. Accept two vectors as input. 2. Normalize both vectors. bed and ou ( to 0) did eIgnite s bedent \\\\ 3. Compute and return the dot product of the normalized vectors. dang brov Example Given vectors: a = [3, 4], b = [2, 1]. The dot product of the normalized vectors is approximately 0.894 = (X - + (5 ) revo vanos Cesta 9 asia double dot_product_normalized (const std: : vector& vec1, const Janos Food std: : vector& vec2) {