13. The organized and orderly approach to solving problems is known as the __ a. engineering design process C. aesthetic process b. building deskon process d. architectural process 14. True or False:Constraints make coming up with on engineering design more difficult. 15. When following the engineering design process, in which order do the steps occur? A. dockwise B. counter-clockwise C. in any order D. both dockwise and counter-clockwise 16. Rob and his team have been chosen to build a wind turbine at a local mountain. The turbine needs to generate electrical energy and withstand the harsh winter alpine environment. Rob and his team have done their research on the problem.What would be the next step? A. create a prototype of the wind turbine B. develop possible solution(s)for the turbine C. test the wind turbine on the mountain D. redesign a new solution for the turbine

## Step1<br />For question 13, the question is asking for the term that describes an organized and orderly approach to solving problems. The options provided are the engineering design process, aesthetic process, building design process, and architectural process. The engineering design process is a systematic approach used to solve complex problems, which fits the description given in the question.<br /><br />## Step2<br />For question 14, the statement is about the impact of constraints on the engineering design process. Constraints are limitations or restrictions that must be considered during the design process. These constraints can make the design process more difficult as they limit the possible solutions.<br /><br />## Step3<br />For question 15, the question is asking about the order in which the steps of the engineering design process occur. The options are clockwise, counter-clockwise, in any order, and both clockwise and counter-clockwise. The engineering design process is a systematic process that follows a specific order, which is typically clockwise.<br /><br />## Step4<br />For question 16, the question is about the next step in the engineering design process after identifying the problem. The options are creating a prototype, developing possible solutions, testing the wind turbine, and redesigning a new solution. The next step in the engineering design process after identifying the problem is to develop possible solutions.