Answer:
A career in mechanical engineering enables you to work in any given industry at any location in the world
The career path in mechanical engineering includes;
1) Obtaining a mechanical engineering degree, which is a pre-requisite for entry-level mechanical engineering jobs in industries such as manufacturing of aerospace products, government ministries, research and development, manufacturing of machinery, and engineering services
2) Get mechanical engineering (hands on experience. One of the most important criteria by which employers select candidates for mechanical engineering jobs is the level of hands on job exposure the applicant has obtained
Such experience can be obtained through internships which are normally included as part of the mechanical engineering degree program and through the use of applications that aid in engineering design such as Computer Aided Design applications
3) Obtain certification and licenses that show the level of knowledge acquired and the degree of field participation commitment a person as an applicant has.
Important certifications include those by the American Society for Mechanical Engineering (ASME), Green Business Certification Inc (GBCI)
4) Finding an employment as a mechanical engineer is an important step where the jobs are high paying and the competition is also high. As a new engineer, working under more senior engineers from one to four years is required from which point the level of responsibility assigned is gradually increased
5) In order to gain career advancement that lead to opportunities that are high paying, a person can obtain advanced degrees
Explanation:
Drivers ED. An inflamed stomach and a poorly-functioning pancreas __________.
Answer:
will inhibit how well the stomach and small intestine absorb essential nutrients
Explanation:
what can climb up to the sky but doesn't have any limbs?
Answer:
smoke
Explanation:
(brainlest)
In your own words, describe which engineering discipline (civil, mechanical, computer, or electrical) would be used to design a new sports arena.
Answer:
Civil engineering.
Explanation:
Civil engineering is a branch of engineering whose mission is the design and construction of structures and buildings for civil use, understood as the use of these structures by society in the context of their daily life. Thus, for example, this branch of engineering is responsible for the construction of bridges, dams, tunnels, etc., being in all cases structures that facilitate the normal development of life in society.
In this context, the design and construction of a new sports arena, as long as it meets these parameters, would be carried out by a civil engineer.
is the gap store an example of commercial construction? Yes or no
Answer:
no
Explanation:
A 1 250 kg car moving at a velocity of 30 km/hr along EDSA is accelerated by a force of 1 700 N. What will be its velocity after 10 seconds? (Neglect friction)
Explanation:
Given:m = 1,250 kg
[tex]v_i[/tex] = 30 km/hr
F = 1,700 N
t = 10 s
Required:Final velocity
Equation:ForceF = ma
where: F - force
m - mass
a - acceleration
Accelerationa = [tex]\frac{v_f \:-\:v_i}{t}[/tex]
where: a - acceleration
[tex]v_i[/tex] - initial velocity
[tex]v_f[/tex] - final velocity
t - time elapsed
Solution:Solve for acceleration using the formula for forceF = ma
Substitute the value of F and m
(1700 N) = (1250 kg)(a)
a = [tex]\frac{1700\:N}{1250\:N}[/tex]
a = 1.36 m/s²
Solve for final velocity using the formula for accelerationConvert 30 km/hr to m/s= [tex]\frac{30\:km}{hr}\:×\:\frac{1000\:m}{1\:m}\:×\:\frac{1\:hr}{3600\:s}[/tex]
= [tex] 8.33 m/s [/tex]
Substitute the value of a, [tex]v_i[/tex] and ta = [tex]\frac{v_f \:-\:v_i}{t}[/tex]
[tex]1.36\: m/s² \:= \:\frac{v_f \:-\:8.33\:m/s}{10\:s}[/tex]
[tex](10 \:s)1.36\: m/s² \:= \:v_f \:-\:8.33\:m/s[/tex]
[tex]v_f\: =\: (10 \:s)1.36 \:m/s²\: + \:8.33\:m/s[/tex]
[tex]v_f \: =\: 13.6 \:m/s \:+\: 8.33\:m/s[/tex]
[tex]v_f\: =\: 21.93\: m/s[/tex]
Convert to km/hr= [tex]\frac{21.93\:m}{s}\:×\:\frac{1\:km}{1000\:m}\:×\:\frac{3600\:s}{1/:hr}[/tex]
= [tex]78.95\: km/hr[/tex]
Final answerThe velocity of the car after 10 s is 78.95 km/hr3. What is 100°C equal to in Kelvin? *
1 p
OK
100 K
212K
273 K
373 K
Answer:
373 Kelvin
Explanation:
Hope this helps!
A local environmental group is advocating for the use of permanent modular construction (PMC) for all new construction sites. Why might PMC be better for the environment than traditional construction techniques?
PMC materials are by definition sustainable and environmentally friendly.
The manufacture of PMC materials consumes less energy than traditional methods.
PMC buildings are smaller than traditional buildings, which means they have less impact on the environment.
Fewer workers need to be on-site, which means less disturbance of the environment.
Answer:
PMC materials are by definition sustainable and environmentally friendly.
Explanation:
Answer:I’m not really sure
Explanation:
What are the learning outcomes for mechanical engineering?
Answer:
Ability to analyze and model physical systems by applying math, basic science and engineeringAbility to design and perform experiments including analysis and interpretation of data.Ability to undertake projects in multidisciplinary fields.Ability to notice, analyze and solve engineering problemsAbility to understand professional ethics and responsibilitiesAbility to communicate effectivelyExplanation:
Mechanical engineering is branch of engineering that studies objects and motions of systems. It combines concepts of physics, material science and principles of math to design, analyze, manufacture and ensure maintenance of mechanical systems.
The learning outcomes of this course are to enable students to;
Have the ability to analyze, design and improve mechanical systemsDevelop communication skills in team-based engineering projects Enquire first step at entry level mechanical engineersHave require credentials for professional development and registration in mechanical engineeringSuccessful pursue engineering graduate studies and researchIs there are co op option for mechanical engineering? & How many years in mechanical engineering?
Answer:
MEM students can choose from the following co-op options: a three co-op option over five years, which includes three six-month periods of full-time employment; or a one co-op option over four years, which includes one six-month period of full-time employment.
Explanation: