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Type the exact output that will be displayed by the following pseudocode segment. Declare Integer length = 10Declare Integer width = 12Declare Integer height = 9 If width

When the bending load is upload from the bottom toward the top, a horizontal beam would be in compression at its top surface.

The surface normal of the area that is in tension (during a beam bending test) is parallel to the:

Given the following code segment double hours = 0.0;Scanner scan = new Scanner(System.in);System.out.println(“Enter total hours you’ve worked this week: “);hours = scan.nextDouble();while([b1])  //

Given the following code segment: Assume that valid input data must be a negative nonzero number. Type the exact Java code in the blank below to fill in the parentheses on line 18 that will complete the program and help ensure the integrity of the input data. [b1]

The recorded data is enough information to complete the data analysis,  no additional information from a proper test sketch is necessary. 

Note: This an extra-points question. Given the following pseudocode:Module main()     Declare Integer num = 8     Display “In main before call num is “, num     Call testMethod(num)     Display “In main after call num is “, num End Module Module testMethod(Integer amt)     Declare Integer num = 15     Set amt = amt – 5     Display “In testMethod num is “, num End Module Specify exactly what is output in the blanks below, one line in each blank. If nothing will appear on a line, type No output in that blank. (Note: This question is worth 2 extra credit points)[l1] [l2] [l3]

When determining the steps that must be taken to perform a task, programmers commonly use two tools to help them accomplish the design. The design tool that presents an English-like text representation of a step-by-step solution to a problem is called [B1].  A(n) [B2] is a diagram that graphically depicts the steps that take place in a program.

In a digital data file (usually a .csv, .raw, .tex, or others), each column usually displays the data for a specific sensor.

class.py class LogInForm(FlaskForm): username = StringField(‘Username:’, validators=[DataRequired()]) password = PasswordField(‘Password:’, validators=[DataRequired()]) submit = SubmitField(‘Login’) routes.py @application.route(‘/login’, methods=[‘GET’, ‘POST’])def login(): login_form = classes.LogInForm() return render_template(‘login.html’, form=login_form) login.html {% extends “bootstrap/base.html” %}{% import “bootstrap/wtf.html” as wtf %}{% block content %} {{ form.hidden_tag() }} {{ (1)(form.username) }} {{ (1)(form.password) }} {{ (1)(form.submit)}} {% endblock %} In order to display the username, password, and submit fields, complete (1).