Is My Calculated Acceleration Correct? Help Needed!

In summary, a dynamic engineering system involves studying and designing systems that involve moving or changing objects. It differs from traditional engineering by focusing on systems that are constantly in motion and utilizing concepts from fields such as physics and computer science. Examples of dynamic engineering systems include vehicles, robots, and weather forecasting systems. Analyzing and designing a dynamic engineering system involves using mathematical models, computer simulations, and physical testing. However, there are challenges such as the complexity of predicting behavior and the need for precise control and adaptation mechanisms. Engineers must also consider factors like safety, reliability, and cost-effectiveness when working with dynamic systems.
  • #1
JPhysic
8
0
Hey guys, I am rather stuck with my work from College, I missed a bit of College as I was having treatment for Cancer, and so I missed a lot of work :frown:, but I'm desperately trying to catch up! If anyone could help me with my work, I would really appreciate it, thank you guys/gals!

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  • #2
For question 1, I got the answer: .04T

0.4 = V Final Velocity

V=U+AT

10 / T
_____
T mps which is my accelerationt= v-u
--------
a

t= 0.4 - 0
----------
10
----------
T

Time = .4
----
10 T = 0.4T

Am I right or wrong? any help please guys!
 
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FAQ: Is My Calculated Acceleration Correct? Help Needed!

What is a dynamic engineering system?

A dynamic engineering system is a system that involves the study and analysis of moving or changing objects, such as machines, structures, or processes. It can also refer to the design and development of systems that can react and adapt to changing conditions or inputs.

How does dynamic engineering differ from traditional engineering?

Traditional engineering typically focuses on static systems, while dynamic engineering deals with systems that are constantly in motion or changing. Dynamic engineering also utilizes concepts from fields such as physics, mathematics, and computer science to analyze and design systems that can respond to varying inputs and conditions.

What are some examples of dynamic engineering systems?

Some examples of dynamic engineering systems include vehicles, airplanes, robots, wind turbines, and weather forecasting systems. These systems involve multiple moving parts and require precise control and adaptation to function effectively.

How do you analyze and design a dynamic engineering system?

Analyzing and designing a dynamic engineering system involves using mathematical models, computer simulations, and physical testing to understand how the system will behave under different conditions. This allows engineers to optimize the system's performance and ensure it can withstand various external forces and inputs.

What are the challenges of working with dynamic engineering systems?

The main challenges of dynamic engineering systems include the complexity of analyzing and predicting their behavior, the need for precise control and adaptation mechanisms, and the potential for unexpected or chaotic behavior. Engineers must also consider factors such as safety, reliability, and cost-effectiveness when designing dynamic systems.

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