Master this deck with 21 terms through effective study methods.
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The primary purpose of using Microsoft Forms in this project is to create a questionnaire that allows people to evaluate the creation, providing valuable feedback that can be analyzed to make improvements to the product.
The feedback from Microsoft Forms will be analyzed to identify areas for improvement in the product, allowing the team to make informed decisions based on the responses received.
The two types of information identified in the project are primary information, which includes the questionnaires from Microsoft Forms and observations made during the project, and secondary information, which consists of research on spacecraft for inspiration and explanations of Blender.
Blender is a 3D animation software that is relevant to this project as it will be used to create the animation of the spacecraft, allowing for the visualization of the final product.
In Criterion A, a deep investigation will be conducted on spacecraft and how Blender functions, including gathering ideas for inspiration and comparing different spacecraft.
Criterion B is significant as it involves selecting candidate spacecraft, mixing their features, and justifying the final choice of the spacecraft that will be created in Blender.
The three main components of the Crew Dragon spacecraft are: 1) The capsule, where astronauts travel; 2) The trunk, which houses solar panels and cargo; 3) The escape system, which consists of engines designed to separate the capsule from the spacecraft in case of an emergency.
The Crew Dragon spacecraft is considered modern due to its rounded and aerodynamic design, as well as its use of digital screens in the cabin, which enhance functionality and user experience.
The Soyuz spacecraft is designed for transporting astronauts and cargo to and from the International Space Station (ISS), playing a crucial role in human spaceflight.
In Criterion C, the team will document their progress by creating an animation of the spacecraft in Blender, explaining the product, detailing the materials used, and including photos of the group working on the final product.
The daily diary serves to track the team's progress in creating the product, noting daily activities and advancements, which helps in reflecting on the development process.
Taking measurements of the spacecraft is important as it ensures accuracy and proportion in the animation created in Blender, allowing for a realistic representation of the final product.
The final product will be evaluated based on the feedback collected through Microsoft Forms, which will assess various aspects of the creation, including design, functionality, and overall effectiveness.
The expected outcome of the project is a well-designed and animated spacecraft that reflects the team's research and creativity, along with a comprehensive evaluation of the product based on user feedback.
The project incorporates teamwork by assigning specific roles to each group member, collaborating on research, design, and production, and documenting the process together.
Challenges that might arise during the creation of the animation include technical difficulties with Blender, ensuring accurate representation of the spacecraft, and effectively integrating feedback from evaluations.
Comparing different spacecraft during the research phase is important as it allows the team to identify unique features and design elements that can inspire their own creation, leading to a more innovative final product.
Secondary information will be gathered through research on existing spacecraft, analyzing their designs and functionalities, and studying tutorials and documentation related to Blender.
The escape system in the Crew Dragon spacecraft plays a critical role in ensuring astronaut safety by providing a means to quickly separate the capsule from the spacecraft in case of an emergency.
The team will ensure that their final product meets user expectations by actively seeking and incorporating feedback from the Microsoft Forms questionnaire, allowing for adjustments based on user input.
Using a QR code for the questionnaire is significant as it provides an easy and accessible way for people to participate in the evaluation process, increasing the likelihood of receiving a diverse range of feedback.