Write the correct answer: 1. When the 'syms' command is executed, the variables it creates are not displayed automatically even if a semicolon is not typed at the - 2. When a symbolic object is...

Extracted text: Write the correct answer: 1. When the 'syms' command is executed, the variables it creates are not displayed automatically even if a semicolon is not typed at the - 2. When a symbolic object is created and a - ---- is not typed at the end of the command, MATLAB displays the name of the object and the object itself in the next two lines. 3. To plot a symbolic expression S that contains one or two variables, the 'ezplot command ----- of the command. is: - - or- 4. The variables y, z, and d can all be created as symbolic variables in one command by typing: -- 5. The Symbolic Math Toolbox is a collection of MATLAB functions that are used for execution of- 6. The symbolic expression is a symbolic object. The form for creating a symbolic expression is: - - 7. The 'solve' command can be used for solving a system of equations. If the number of equations and the number of variables are the same, the solution is - 8. The 'solve' command can be used for solving a system of equations. If the number of variables is greater than the number of equations, the solution is desired variables in terms of the other variables. ---- operations. for the 9. The 'simplify' command uses mathematical operations and functional and trigonometric identities to generate a simpler form of the expression. The format of the 'simplify' command is: - - the form of 10.The 'simplify' and 'simple' commands are both general tools for- an expression. 11.The 'simple' command has the following three forms: ----- and ---- and - 12.The 'simple' command has - 13.The second or higher (nth) derivative can be determined with the - - or - --- command. 14.The result of symbolic operations is also a mathematical expression in terms of the - - variables. --- forms. 15.The 'pretty' command has the form: - 16.The name of the symbolic object can be - 17.The Math form of boundary conditions y"(a) = A is typed in as strings in the following MATLAB form: --- 18.The Math form of boundary conditions y'(a) = A is typed in as strings in the following MATLAB form: 19.The Math form of boundary conditions y(a) = A is typed in as strings in the following MATLAB form: - - the name of the variable.