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Advanced Weather and Climate

Quiz by Hassnaa1975

Grade 6-8
Science
Next Generation Science Standards

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10 questions
Show answers
  • Q1
    Which design solution had the highest overall performance in meeting the success criteria based on the data analysis?
    Design C, which combined features from Design A and Design B.
    Design B, which prioritized speed over durability.
    Design A, which focused solely on cost-effectiveness.
    30s
    MS-ETS1-3
  • Q2
    When evaluating multiple design solutions, which factor is crucial for identifying the best characteristics that can be combined into a new solution?
    Estimating the total cost of each design.
    Considering only the fastest design.
    Analyzing data to find shared successful features across designs.
    30s
    MS-ETS1-3
  • Q3
    After testing three different bridge designs, all met safety standards but had varying levels of cost-efficiency and durability. How should the best characteristics be selected to create an optimized design?
    Identify and integrate the high durability of Design A with the cost-efficiency of Design B.
    Select the design with the highest safety margin alone.
    Choose the cheapest design regardless of durability.
    30s
    MS-ETS1-3
  • Q4
    Which approach is most effective for creating a new solution that successfully meets design criteria after testing multiple prototypes?
    Combining the most reliable feature from each prototype.
    Focusing only on the least expensive prototype.
    Selecting the prototype with the highest speed alone.
    30s
    MS-ETS1-3
  • Q5
    During the comparison of test data for vehicle prototypes, one prototype excels in fuel efficiency, another in speed, and a third in durability. What strategy should be used to formulate a superior new design?
    Use the prototype with the highest speed only.
    Integrate fuel efficiency from the first, speed from the second, and durability from the third prototype.
    Focus on the most cost-effective design.
    30s
    MS-ETS1-3
  • Q6
    After analyzing data from the testing of various water filtration systems, which strategy would best lead to developing a new system that effectively meets all performance criteria?
    Use the system that achieves moderate results in both speed and purity.
    Combine the high filtration speed of System A with the high purity level of System B.
    Choose the system with the lowest cost regardless of effectiveness.
    30s
    MS-ETS1-3
  • Q7
    When faced with three robotic arm designs, one excels in precision, another in load capacity, and the third in energy efficiency. How can a new design be formulated to meet the most comprehensive performance criteria?
    Choose the design that is moderately effective in all aspects.
    Integrate the precision of the first design, the load capacity of the second, and the energy efficiency of the third.
    Focus solely on the design with the highest load capacity.
    30s
    MS-ETS1-3
  • Q8
    In evaluating different solar panel designs, one has the highest energy output, another features the most robust weather resistance, and a third offers the lowest production cost. What method should be applied to design a more successful solar panel?
    Focus on the design with the lowest production cost alone.
    Combine the high energy output of the first design with the weather resistance of the second and the low production cost of the third.
    Utilize the design with the highest energy output only.
    30s
    MS-ETS1-3
  • Q9
    Given three different drone prototypes, one is optimized for extended flight time, another for high-speed performance, and the third for stable flight in harsh weather. What approach should be used to design a superior drone?
    Choose the one with the highest speed with no other considerations.
    Focus on the drone with the longest flight time only.
    Combine the extended flight time of the first, high-speed performance of the second, and stable flight of the third prototype.
    30s
    MS-ETS1-3
  • Q10
    Several wearable fitness tracker prototypes were tested, with one excelling in battery life, another in data accuracy, and a third in user comfort. What strategy should be employed to develop a superior new fitness tracker?
    Choose the tracker with the longest battery life only.
    Focus solely on the most comfortable design.
    Combine the battery life of the first, data accuracy of the second, and user comfort of the third prototype.
    30s
    MS-ETS1-3

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