Historically, the introduction of technology has caused profound changes in the labor market and, temporarily at least, displaced people from jobs. Discuss whether the introduction of extensive process automation is likely to have the same consequences for software engineers. If you don’t think it will, explain why not. If you think that it will reduce job opportunities, is it ethical for the engineers affected to passively or actively resist the introduction of this technology?

Technological advancement and the need for humanity to obtain faster and more efficient processes in all social sectors has caused a strong automation of several jobs that were previously done manually, by workers. The automation of these services, allows a faster, but efficient, more standardized and more economical production. This has hindered the entry of workers into the productive sector, causing major layoffs, competitions and wage cuts. Agricultural countries, such as Brazil, for example, even replace about 300 workers, with only one harvester machine, controlled by software and only one driver. This scenario is worrying for workers, but this only tends to grow and become more and more common in our society.

However, this substitution of human labor for automation is a reality for manual and manual labor, which is not the case for software engineering. Software engineering works with the creation, monitoring, specification and development of software (which are used in automation, including). These processes need to be carried out by human hands, which shows that automation will not negatively affect software engineers, at least at the moment we live in today.

Identify the true statements about checking resistors with an ohmmeter. (Check all that apply.) Multiple select question. When checking resistance in a circuit, there should not be any parallel resistance paths. When checking resistance in a circuit, there should be parallel resistance paths present. The ohmmeter leads are connected across the resistance to be measured. An ohmmeter has its own voltage source.

Water at 1MPa and 383 K enters a vertical pipe that is 10 m in length. The pipe has a diameter 0.1 m. The mass flow rate of the pressurized water is 1.5 kg/s. The pipe passes through a furnace and heat is transferred from the furnace to the water flowing through the pipe such that at steady state steam at 700 kPa and 873 K exits the pipe. Determine:

a. the rate of enthalpy change between inlet and outlet of the pipe.
b. the rate of change in mechanical energy (kinetic and potential together) between inlet and outlet.
c. the rate of change in total energy between inlet and outlet.
d. the net transfer rate at which heat is transferred to water from the hot furnace.

When your workplace obtains new materials, you should add them to the chemical list

A 24.3-foot long pipe use to carry solvent through a chemical plant is made of two layers. The inner layer is a one-inch schedule 30 stainless steel (AISI 304) pipe. An outer coating is made of plain carbon steel and is 0.075 inches thick. The hot solvent stream can be assumed to have a constant temperature of 180.0oF as it passes through the pipe. On the outside of the pipe is air at 85.0oF. Given the solvent has a convective heat transfer coefficient of 275 Btu/h-ft^2-oF, while the air has a convective heat transfer coefficient of 140 Btu/h-ft^2-oF.
A. Determine UA and q for heat transfer in this system. (Since the problem is given in English units, your answer should also be in English units)
B. Determine the overall heat transfer coefficients, U; and U., for the pipe.
C. Would your answer change if the two materials were swapped so that the inside material were carbon steel and the outside material of the pipe were made of AISI 304 stainless steel? If so, calculate new values for UA and q. If not, explain why your answer would not change. (Here, assume the dimensions of the inner material (now plain carbon steel) match those of the AISI 304 schedule 30 stainless steel from part A, and the stainless steel is 0.075 inches thick on the outside.)

Please help me in this assignment.
Why should a firm such as Dell take into account total supply chain profitability when making decisions?

what is a computer device

How many loads can be connected in series per line in a control circuit in which a switch is use as to control the loads?

Select four types of engineers who might be involved in the development of a product such as an iPhone.
computer engineers
hydraulic engineers
geodetic engineers
electrical engineers
chemical engineers
mechanical engineers
civil engineers
manufacturing engineers

A technician has been dispatched to assist a sales person who cannot get his laptop to display through a projector. The technician verified the video is displaying properly on the laptop's built-in screen. Which of the following is the next step the technician should take?

Jasmine is a mechanical engineer at ACME Engineering. ACME currently buys most of their industrial parts from Old Guard Industrial, but Jasmine has been unhappy about the quality and price of the parts from Old Guard. Shaun is a sales representative for an up-and-coming parts supplier called Paradigm Parts. Shaun and Jasmine, who had worked together previously, go to the same church, and after the Sunday service, Shaun offers to buy Jasmine lunch to discuss the ways they can work together.
If Jasmine were to claim that she should refuse to have lunch with Shaun because it violates ACME’s code of ethics, this claim would be a(n):_________.
(A) application claim
(B) conceptual claim
(C) factual claim
(D) moral claim