Consider the following pseudo-code. Assume the language has one global scope, and one scope for each braced code block (including function and branch): int x = 1; void f1(int x) { if (x > 4) f1(x - 1); else { } int x = 5; f2 (); void f2() { print x; } f1 (6); 1. Draw the symbol tables in separation for all 4 scopes in this program. Assume each table contains two columns: name and type. 2. If the language uses static scoping, what's the expected output from the print statement? Justify your answer by showing the tree of the symbol tables at the print statement. 3. If the language uses dynamic scoping, what's the expected output from the print statement? Justify your answer by showing the tree of the symbol tables at the print statement.

Implement in C Programing 7.10.1: LAB: Product struct Given main(), build a struct called Product that will manage product inventory. Product struct has three data members: a product code (string), the product's price (double), and the number count of product in inventory (int). Assume product code has a maximum length of 20. Implement the Product struct and related function declarations in Product.h, and implement the related function definitions in Product.c as listed below: Product InitProduct(char *code, double price, int count) - set the data members using the three parameters Product SetCode(char *code, Product product) - set the product code (i.e. SKU234) to parameter code void GetCode(char *productCode, Product product) - return the product code in productCode Product SetPrice(double price, Product product) - set the price to parameter product double GetPrice(Product product) - return the price Product SetCount(int count, Product product) - set the number of items in inventory…