[
  {
    "Question": "What is the result of a flip transformation on a shape?",
    "Answer": "A",
    "Explanation": "A flip transformation, also known as reflection, creates a mirror image of the shape across a line of symmetry.",
    "PictureURL": "https://upload.wikimedia.org/wikipedia/commons/thumb/2/2c/Reflection.svg/1200px-Reflection.svg.png",
    "OptionA": "A mirror image of the shape",
    "OptionB": "A rotated version of the shape",
    "OptionC": "A stretched version of the shape",
    "OptionD": "A translated version of the shape",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Understanding Flip Transformations",
    "Item": 1,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/flip"
  },
  {
    "Question": "Which transformation involves sliding a shape without rotating or flipping it?",
    "Answer": "B",
    "Explanation": "A slide transformation, also known as translation, moves a shape from one position to another without changing its orientation.",
    "PictureURL": "",
    "OptionA": "Flip",
    "OptionB": "Slide",
    "OptionC": "Turn",
    "OptionD": "Stretch",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Understanding Slide Transformations",
    "Item": 2,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/slide"
  },
  {
    "Question": "What does a turn transformation do to a shape?",
    "Answer": "C",
    "Explanation": "A turn transformation, also known as rotation, involves turning a shape around a fixed point at a certain angle.",
    "PictureURL": "https://upload.wikimedia.org/wikipedia/commons/thumb/2/2f/Rotation.svg/1200px-Rotation.svg.png",
    "OptionA": "Flips the shape",
    "OptionB": "Slides the shape",
    "OptionC": "Rotates the shape",
    "OptionD": "Stretches the shape",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Understanding Turn Transformations",
    "Item": 3,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/turn"
  },
  {
    "Question": "Which of the following is an example of a flip transformation?",
    "Answer": "A",
    "Explanation": "Flipping a triangle over a line creates a mirror image of the triangle on the opposite side of the line.",
    "PictureURL": "https://upload.wikimedia.org/wikipedia/commons/thumb/3/3b/Reflection_of_triangle.svg/1200px-Reflection_of_triangle.svg.png",
    "OptionA": "Flipping a triangle over a line",
    "OptionB": "Sliding a square to the right",
    "OptionC": "Rotating a circle 90 degrees",
    "OptionD": "Stretching a rectangle vertically",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Examples of Flip Transformations",
    "Item": 4,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/examples_flip"
  },
  {
    "Question": "What is the line of symmetry for a rectangle?",
    "Answer": "B",
    "Explanation": "A rectangle has two lines of symmetry: one vertical and one horizontal, which divide it into mirror-image halves.",
    "PictureURL": "",
    "OptionA": "Only one vertical line",
    "OptionB": "One vertical and one horizontal line",
    "OptionC": "No lines of symmetry",
    "OptionD": "Four lines of symmetry",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Lines of Symmetry in Rectangles",
    "Item": 5,
    "Type": "multiple choice",
    "Path": "symmetry/lines_of_symmetry/rectangle"
  },
  {
    "Question": "Which transformation would you use to create a symmetrical pattern?",
    "Answer": "A",
    "Explanation": "Using flips (reflections) can create symmetrical patterns by mirroring shapes across a line.",
    "PictureURL": "",
    "OptionA": "Flip",
    "OptionB": "Slide",
    "OptionC": "Turn",
    "OptionD": "Stretch",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Creating Symmetrical Patterns",
    "Item": 6,
    "Type": "multiple choice",
    "Path": "symmetry/patterns/symmetry"
  },
  {
    "Question": "If a shape is rotated 180 degrees, what happens to its orientation?",
    "Answer": "C",
    "Explanation": "Rotating a shape 180 degrees flips it upside down, changing its orientation.",
    "PictureURL": "",
    "OptionA": "It stays the same",
    "OptionB": "It flips horizontally",
    "OptionC": "It flips upside down",
    "OptionD": "It stretches",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Effect of 180 Degree Rotation",
    "Item": 7,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/rotation_180"
  },
  {
    "Question": "What is the primary characteristic of a translation?",
    "Answer": "B",
    "Explanation": "A translation moves every point of a shape the same distance in the same direction, preserving its size and shape.",
    "PictureURL": "",
    "OptionA": "Changes the shape",
    "OptionB": "Moves the shape without changing it",
    "OptionC": "Flips the shape",
    "OptionD": "Rotates the shape",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Characteristics of Translations",
    "Item": 8,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/translation"
  },
  {
    "Question": "Which of the following shapes has rotational symmetry?",
    "Answer": "C",
    "Explanation": "A circle has infinite rotational symmetry because it looks the same at any angle of rotation.",
    "PictureURL": "",
    "OptionA": "Square",
    "OptionB": "Triangle",
    "OptionC": "Circle",
    "OptionD": "Rectangle",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Identifying Rotational Symmetry",
    "Item": 9,
    "Type": "multiple choice",
    "Path": "symmetry/rotational_symmetry/circle"
  },
  {
    "Question": "What is the effect of a flip transformation on a shape's area?",
    "Answer": "A",
    "Explanation": "A flip transformation does not change the area of the shape; it only changes its orientation.",
    "PictureURL": "",
    "OptionA": "Area remains the same",
    "OptionB": "Area increases",
    "OptionC": "Area decreases",
    "OptionD": "Area becomes zero",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Effect of Flip on Area",
    "Item": 10,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/flip_area"
  },
  {
    "Question": "Which transformation can create a tessellation?",
    "Answer": "B",
    "Explanation": "Translations can create tessellations by repeating a shape in a pattern without gaps or overlaps.",
    "PictureURL": "",
    "OptionA": "Flip",
    "OptionB": "Slide",
    "OptionC": "Turn",
    "OptionD": "Stretch",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Creating Tessellations",
    "Item": 11,
    "Type": "multiple choice",
    "Path": "symmetry/tessellations/translation"
  },
  {
    "Question": "What is the term for a shape that looks the same after a rotation of 90 degrees?",
    "Answer": "C",
    "Explanation": "A shape that looks the same after a rotation of 90 degrees is said to have rotational symmetry of order 4.",
    "PictureURL": "",
    "OptionA": "Reflectional symmetry",
    "OptionB": "Translational symmetry",
    "OptionC": "Rotational symmetry",
    "OptionD": "None of the above",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Understanding Rotational Symmetry",
    "Item": 12,
    "Type": "multiple choice",
    "Path": "symmetry/rotational_symmetry/90_degrees"
  },
  {
    "Question": "Which transformation would not change the size of a shape?",
    "Answer": "A",
    "Explanation": "Flips, slides, and turns do not change the size of a shape; they only change its position or orientation.",
    "PictureURL": "",
    "OptionA": "Flip",
    "OptionB": "Stretch",
    "OptionC": "None of the above",
    "OptionD": "All of the above",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Transformations and Size",
    "Item": 13,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/size"
  },
  {
    "Question": "What is the main purpose of using transformations in geometry?",
    "Answer": "B",
    "Explanation": "Transformations help us understand the properties of shapes and their relationships in space.",
    "PictureURL": "",
    "OptionA": "To change the size of shapes",
    "OptionB": "To analyze and understand shapes",
    "OptionC": "To create new shapes",
    "OptionD": "To complicate geometry",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Purpose of Transformations",
    "Item": 14,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/purpose"
  },
  {
    "Question": "Which of the following transformations can be combined to create complex designs?",
    "Answer": "D",
    "Explanation": "Combining flips, slides, and turns can create intricate and complex designs in geometry.",
    "PictureURL": "",
    "OptionA": "Only flips",
    "OptionB": "Only slides",
    "OptionC": "Only turns",
    "OptionD": "Flips, slides, and turns",
    "OptionE": "",
    "OptionF": "",
    "OptionG": "",
    "TestName": "Symmetry and Transformations Test",
    "Content Type": "Mathematics",
    "Title": "Combining Transformations",
    "Item": 15,
    "Type": "multiple choice",
    "Path": "symmetry/transformations/combining"
  }
]