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  1. a) Consider a database with objects A, B, and C, and the following two transactions T₁ and T₂ involving those objects: T₁ T₂ begin_transaction begin_transaction read(A) read(A) read(B) read(B) read(C) read(C) If A = 13, B := B + B if B = 13, A := A + 1 C := C + 3 C := C + 2 write(B) write(A) write(C) write(C) Commit commit Let the initial values of A and B be 13, and the initial value of C be 10. Also let the consistency requirement be: either A = 13 or B = 13 Show the values that A, B and C would have after the (serial) execution of transaction T₁ followed by the execution of T₂. Show the values of A, B and C if the transactions were executed in the reverse order instead, that is, first T₂ was executed, and then T₁. b) Describe what Database consistency means and using the two findings in part(a) above, show that every serial execution of these two transactions T₁ and T₂ preserves the consistency of the database. (Limit your answer to 60 words) c) This question assumes the following relation schema: Employees(employeeNumber, lastName, firstName, DOB, HireDate, Position, Salary, DeptID) Primary Key: employeeNumber Foreign Key: DeptID refers to DeptID in Departments Departments(DeptID, DeptName, DeptLocation) Primary Key: DeptID Given the following expression in the Relational Algebra: employeeNumber, lastName, firstName, DeptName((Position = 'Manager' Employees) Departments) Show the corresponding SQL query.
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  2. A function is declared: void bazz(long A[], long B[], int n) { /* …. */ } The compiler, given -Og option, generates the following code: movl $0, %eax .L2: cmpl %edx, %eax jge .L4 movslq %eax, %rcx movq (%rsi, %rcx, 8), %r8 addq %r8, (%rdi, %rcx, 8) addl $1, %eax jmp .L2 .L4: ret (Note: the movslq instruction moves and sign-extends the low-order 32 bits of a register to the full 64-bit destination register.) Write the C code for the body of this function.
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  3. Task 2: Submission Format:  A step by step record of the development and debugging of a program from an algorithm with demonstrations of the running code.  The running (compiled/interpretable) code in executable form.  An evaluation report (500 words +/- 100) on using or not using an IDE for software Development.  An evaluation of the debugging process.  An explanation of coding standards and a critical evaluation of the necessity for their use both by individuals and teams.
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  4. Task 1: The next concept you have make materials for are programming paradigms, the different paradigms available along with their usability in creating different kind of programs. The submission will be in a form of a report including 1. Programming paradigms (Procedural, Object oriented and event driven) – their definition, detailed explanation including their characteristics, advantages, disadvantages etc. 2. An analysis of suitable IDEs for each of the paradigms 3. Also outline the relationship among the three programming paradigms. You could also include an analysis that compares and contrasts how event driven, procedural and object-orientated paradigms are used in a given application’s source code. You could also include a critical evaluation of the source code of an application in terms of the code structure and characteristics of the paradigm used. The application chosen needs to demonstrate elements of event driven, procedural and object orientated paradigms
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  5. Write the definition of an algorithm, along with a clear outline of the process of developing and building an application.
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  6. write a program that calculates the occupancy rate of a hotel. The program should start by asking the user how many floors the hotel has. a loop should then iterate once for each floor. In each iteration, the loop should ask the user the number of rooms on the floor and how many of them are occupied. After all the iterations, the program should display how many rooms the hotel has, how many of them are occupied, how many of them are unoccupied, and the percentage of rooms that are occupied. The percentage may be calculated by dividing the number of rooms occupied by the number of rooms. INPUT VALIDATION: do not accept a value less than 1 for the number of floors.
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Engineering Assignment Help

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The world is developing and engineering is one of the most important factors that has contributed to its development. If we see anything around us, it is a result and part of one or the other branches of engineering. The house we live in, the roads we travel on, the electricity that we use, the environment, its management, everything is a result of the significant and appreciable role that engineering plays in our life.

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Electrical Engineering

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Electrical engineering includes dealing with the electronic machinery and equipment which widely include gadgets, domestic electronics, technical devices and their functioning, power generators, microchips, transformers, electrical circuits and everything else that works or includes electricity.

The sub-branches of electronic engineering include power generation and transmission systems, power electronics, computer engineering, instrumentations, radio-frequency, telecommunications etc. Electrical engineers work to develop, supervise, test and design the electrical equipment and they should have an in-depth understanding of the electrical functioning, mathematics, materials and relations with other electronics.

Mechanical Engineering

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Mechanical engineering, one of the oldest branches of engineering, is the combination of engineering physics, material science, and mathematics where the engineers conceptualize, develop, design, test, and manufacture mechanical equipment.

It is a very wide branch of engineering and requires an understanding of mathematics, mechanics, dynamics, thermodynamics, electricity, structural analysis, etc. From the functioning of your car, working of your clock, all the movement enabling equipment is part of mechanical engineering. Mechanical engineering is important as it makes it easy for us to do our daily work.

Materials Science Engineering

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Material science engineering includes designing and discovering new solid materials. The field requires analytical thinkers with knowledge about engineering, metallurgy, mineralogy, chemistry and material. Material science and engineering studies the history of any material, its formations, and change in structure through time, what are its properties and where can it be used. The field includes materials like Metals, polymers, ceramics, composites and is applied in nanotechnology, electronics, energy, constructions, biotechnology etc. This field has proven to bring more prosperity and growth in the world by the discovery of new materials that produce better technologies and materials making our lives easier.

Civil Engineering

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Civil engineering is related to infrastructures, their development, planning, designing, construction, maintenance, and supervision. These infrastructures include all the roads, bridges, tunnel, highways, schools, hospitals, residential buildings, factories, airports, sewage systems etc. Civil engineers work both outside and in the office; they plan and design the infrastructure, plan their budget, do the risk analysis, manage the permission that will have to be taken, etc. and supervise and check the on-sight activities. Civil engineers ensure the safety, quality and precision of their projects.

Environmental Engineering

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Environmental engineering deals with more scientific concepts like biology, chemistry, ecology, hydraulics, hydrology, microbiology, etc. They work to improve the quality of living and the protection of all living things. This field of study aims to do sustainable development and work for the betterment of the earth which is slowly deteriorating with increasing air and water pollution, deforestation, soil contamination, plastic, and other non-biodegradable waste.

Environmental engineering focuses on researching, experimenting, and finding ways to improve soil quality, waste management, and proper sewage discharge, improving the quality of water, stopping deforestation, and planting more trees.