Answer:
Because the system automatically deletes their answer, but you still see it for a while.
Explanation:
Which would you rather?
Tesla roadster 2023
Tesla roadster 2011
Ferrari SF90
Tesla model S PLAID 2022
Answer:
Tesla roadster 2011
Ferrari SF90
Explanation:
Technician A says test lights are great for performing simple tests. Technician B says you can use a test light to check SRS circuits and computer circuits. Who is correct
The technician that is correct about either testing lights for simple tests or to check SRS Circuits is; Technician A.
Which Technician is Correct?First of all it is pertinent to note that test lights are generally small bulbs that are turned on by the voltage and current flowing through the circuit in analog circuits.
Now, the two values of voltage and current are high and sufficient to light up the bulb. However, in digital circuits, the current is very small in the order of milliamps, and as a result there is not enough power to turn on the lights.
Thus, we can conclude that Technician A is correct.
Read more about Correct Technician at; https://brainly.com/question/14449935
4. Which 2D shape on the left would be used to make the 3D shape on the right? (1 pt.)
a.
.
b.
it would be a bc its a sqare?well 3d is like you can say a cube 2d is like flat
Explanation:
Cite three examples to describe how an engineer ensures that his or her designs are made to scale.
↪It is exactly defined by those three words.
1. Process - it is a set of activities that turns input into wanted outcome.
2. Design - a representation of the looks, functions and functionality of your product (outcome)
3. Engineering - is the use of science in order to achieve goals
So here is how I would define engineering design process:
It is a set of activities, powered by physics and mathematics in order to create optimal solution.
I think the most important word here is optimal .
In engineering design it is all about the limits and boundaries. You are limited by budget, materials, space, time...
So you can never create the best solution. You can only do optimal.
Optimal is a solution which will meet all (or the most) limits.
If you are to design a car engine, the best design would probably be the one that does not use any fuel.
But that is not possible, right, since you are limited by the law of conservation of energy. So the optimal solution would be an engine which will use the less fuel as possible.
Of course, there are best practices for the design activities mentioned above (workflows, decision points, phases...)
This is the process model that works for me:
1. You get the task (problem).
2. Set the boundaries
3. You get an idea for solution (brainstorm)
4. Create a mathematical model for solution (describe by numbers)
5. Create a physical model for solution
6. Concept design (sketch)
7. Drawings (3D model)
8. Simulate (if simulations fails, return to point 6)
9. Prototype and test
After this, your solution will be implemented and used.
You will get feedback.
You (or someone else) will improve your solution (product)
Your old solution will "die" (or be recycled)
New solution will take it's place.
And that is what is called product life cycle. Important part of engineering design process.
☆...hope this helps...☆