Maths working model #trigonometry #shorts for class 9 -10th #diy NakulSahuArt

Maths working model #trigonometry using #protractor #shorts for class 9 -10th #diy NakulSahuArt

[fazilathunnisa]

It would have been mpre interesting if mirrors and lasers were used

[mahendratripathi]

Height at which the helicopter is :-55cm

[Shanya]

Hypotenuse squared = base squared + perpendicular squared

[AvaniVerma-mmtt]

Is model ki presentation de do written mai

[oreva_rdx]

Geometry City is a fantastic project that combines math, architecture, and creativity! Here's a more detailed explanation to get you started:

*Concept:*
Build a 3D city using various geometric shapes, demonstrating their real-world applications in architecture and design. Showcase how geometry is used in building design, urban planning, and city infrastructure.

*Materials:*

- Cardboard or foam boards (for building structures)
- Paper or cardstock (for creating shapes and details)
- Glue, scissors, and craft tools
- Ruler, protractor, and compass (for precise measurements and drawings)
- Markers or paint (for coloring and decorating)
- Optional: cardboard tubes, straws, or other recycled materials for added details

*Steps:*

1. *Plan your city*: Sketch a rough outline of your city, considering the types of buildings, roads, and public spaces you want to include.
2. *Choose your shapes*: Select various geometric shapes, such as:
- Rectangular prisms (buildings, skyscrapers)
- Triangular prisms (rooftops, bridges)
- Cylinders (columns, towers)
- Spheres (dome-shaped buildings, landmarks)
- Cones (roofing, streetlights)
3. *Build your structures*: Cut out the shapes and assemble them using glue and other craft tools. Add details like windows, doors, and textures using paper, markers, or paint.
4. *Add infrastructure*: Create roads, sidewalks, and public spaces using paper or cardstock strips. Add details like streetlights, benches, and vegetation.
5. *Display your city*: Set up your city on a large surface or create a diorama using a cardboard box or display board.

*Mathematical connections:*

- *Angles and measurements*: Use protractors and rulers to ensure accurate angles and measurements in your buildings and city layout.
- *Symmetry and tessellations*: Explore symmetry in building designs and create tessellations using shapes like triangles, squares, or hexagons.
- *Scaling and proportions*: Demonstrate how geometric shapes can be scaled up or down to create different building sizes and proportions.
- *Geometry in architecture*: Research and incorporate real-world examples of geometric shapes in famous buildings and landmarks.

*Tips and variations:*

- Add a theme to your city, like a futuristic or historical setting.
- Incorporate recycled materials for a more sustainable approach.
- Create a city with a specific mathematical focus, like a city built entirely using tessellations.
- Collaborate with friends or classmates to build a larger, more complex city.

By building Geometry City, you'll showcase the beauty and importance of geometry in architecture and urban design, making math more accessible and engaging for your audience!

[sairarahman]

Sir is this working model? Pls reply fast sir.. Pls 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[cswqglc]

Sir, are you find the height of the helicopter and building

[-Blazeigun-]

Great sir but....








When I discussed this with my teacher for exibition she Said
“ek ghumta hua pakhha lagane se model wo working nahi ban jata. Jo Kam bhi nahi a raha hai”