The gravitational constant, symbolized G, is a physical constant that appears in the equation for Newton's law of gravitation. Sir Isaac Newton (1642-1727), the English mathematician, quantified the behavior of the force of gravity. He noticed that the gravitational force between two objects is proportional to the product of their masses, and inversely proportional to the square of the distance between their centers. According to Newton's law , given any two objects having mass m1 and m2 (in kilograms) whose centers of mass are separated by a distance x (in meters), there exists an attractive gravitational force F (in units of Newtons) between the objects, such that:

Formula of Newton's law of gravitation

Image: Formula of Newton's Law of Gravitation.

The value of G in this equation is approximately equal to 6.67 x 10-11 Newton meters squared per kilogram squared (N x m2 x kg-2). This constant is uniform throughout the Solar System, and apparently throughout our ga

- Final product must be sent back as a Word document.

- Queries should be written in MySQL code.

- The diagram can be designed in any software desired, it has to be a ER diagram like this one: https://www.researchgate.net/publication/307110857/figure/fig3/AS:403359166156803@1473179727851/Entity-relationship-ER-diagram-of-Busan-traffic-data.png

2.0 Actions considered in the calculation 3.0 Materials (0.50p)
4.0 Hypothesis combinations (1,00p) 5.0 Manual calculations and efforts (3,00p)
(1,00p)
5.1 Beam ISOSTATIC MODEL
5.1.1 Predimensional edge for tables according to notes Structures II
5.1.2 Dimensioned at bending moment by law of efforts
5.1.3 Verification of maximum deformation (preferably by double integration,
but also valid for summary equations of prontuary)
5.1.4 Verification of lateral buckling Mcr = (w / Lp) x (E x G x Imin x Itorsora) 12
(We can stabilize it laterally every 40 times the minimum turning radius to limit lateral buckling, and the force that the stabilizing part must withstand must be at least 1.5% of the compression carried by the compressed portion of the joist We can also stabilize it with the own slab or compression layer).
5.1.5 Checking (by the simplified method using the profile soul)
5.2 Jassera (using points 1,2,4 and 5 of the beam, deformation point 3 by Win-

The Multiple Choice test will be on the school website. You can start this section at any time during the exam block (Tuesday April 21 2:00pm PST - Wednesday April 22 11:59am PST), but once you start, you will only have 3 hours to complete and submit your solutions.  This portion should take you approximately 2 hours to complete, with an extra hour of "tech time" (for page loadings, slow internet, etc) built in.  Through the website, if you disconnect during your test, the clock continues to run.  If you can reconnect within 5 minutes, you will be allowed to continue your test.

You will be creating an Angular app that manages contacts.

This project should be fairly simplified as it's just to demonstrate some basic use of Angular to accomplish a simple app. It should only utilize angular and nothing outside of that (like php integrations, databases, etc...). The data storage for the contacts can simply be implemented using JSON stored either in a file or just within the app itself as a variable. The app appearance should have at least some styling and polish, maybe utilizing some bootstrap integration.


Please see the attached word document for exact details for the assignment exactly as they were given to me by my instructor.

This really isn't too difficult of an assignment, I'm just really swamped right now and have to focus a more on another class right now.

You will be creating an Angular app that manages contacts.

This project should be fairly simplified as it's just to demonstrate some basic use of Angular to accomplish a simple app. It should only utilize angular and nothing outside of that (like php integrations, databases, etc...). The data storage for the contacts can simply be implemented using JSON stored either in a file or just within the app itself as a variable. The app appearance should have at least some styling and polish, maybe utilizing some bootstrap integration.


Please see the attached word document for exact details for the assignment exactly as they were given to me by my instructor.

This really isn't too difficult of an assignment, I'm just really swamped right now and have to focus a more on another class right now.

Two blocks, each with weight w, are held in place on a frictionless incline as shown below. In terms of w and the angle of the incline, calculate the tension in (a) the rope connecting the blocks and (b) the rope that connects block A to the wall. (c) Calculate the magnitude of the force that the incline exerts on each block. (d) Interpret your answers for the cases in which the angles are 0 degrees & 90 degrees?

Must follow guidelines provided by the instructor and use the given code with the program. Commenting will be appreciated but not necessary as long as it is easy for a beginner programmer to understand. This is a introductory ICS class so please don't make things too complicated. Thank you! Please contact me for more information. Must be written in Java (JDK 8 if it matters).

Anything above my instructors code in MyHashTable.java is mine and can be edited.

Good afternoon. I am looking for a person who knows about Fluid mechanics (Transport phenomena) to help me during a timed homework. I am willing to pay any price, I just need to make sure I do great in this homework. It would be just two hours help on Monday April 20. From 2:15 Pm to 4:15 Pm and it would be online. Thank you in advance

You are to create 6 programs, the 6 of them are clients.

The architecture: Client 1 sends Hello Message to client 2, Client 2 sends Hello Message to client 3, Client 3 sends Hello Message to client 4, Client 4 sends Hello Message to Client 5, Client 5 sends Hello Message to Client 6.

Specific requirements
- This program is to be written in C Language
- You are to submit your code, and a snapshot of hello message received on each of the six clients
- Also submit a documentation, explaining in little details how you went about the project and also if your code works.