Not surprisingly, the most common reason a structure collapses is because the foundation is too weak. In an article for the BBC News, a Nigerian Civil Engineering professor proclaimed two important things that should be taken into consideration when building a foundation:
- How solid the soil is.
- The weight of the building and its contents.
The world-renowned Leaning Tower of Pisa is a famous uneven edifice. It serves as a brilliant example that ignores these requirements. The massive white marble tower was originally slated to be an impressive 8 stories. The structure, however, started to settle in an unbalanced underground after only 3 stories were completed. Over a span of over 800 years that included occasional construction and reinforcement, the Tower continued to sink. This uneven settling eventually resulting in it’s closure to visitors in 1990. At that time, the Leaning Tower of Pisa was only 15’ from the perpendicular at an angle of 5.5°. Engineers worked tirelessly for another 18 years to elevate the Tower to is current 19” lean allowing the attraction to be open to the public for enjoyment again!
Framing a Strong Maths Foundation
So what does the Leaning Tower of Pisa have to do with maths?
The Tower is a brilliant illustration for why a solid foundation in maths concepts is essential to future success in mathematics. We are familiar with the story of students being passed on to the next grade without having fully grasped the early concepts and skills. Without a solid foundation is maths, just like our favorite Tower, eventually, they begin to sink under the weight of the additional concepts.The Leaning Tower of Pisa is a brilliant illustration for why a solid foundation in maths concepts is essential to future success in mathematics. Click To Tweet
Maths Australia’s, Math-U-See curriculum lays a solid foundation at the beginning stages by teaching and emphasizing place value. Learning and fully grasping this concept helps students achieve success in understanding more complex concepts like regrouping, fractions, and decimals.
Students who use Math-U-See build on top of that foundation through a specific sequence of concepts that advance in complexity. A key to the student’s success is the mastery of each prerequisite skill prior to moving on the next. This is what makes the Math-U-See mastery approach so unique. It is skills-based, which means no grade levels are assigned and students are encouraged to progress through the curriculum at their own pace.
We look forward to showing you how Math-U-See’s groundbreaking methodologies work, and the opportunity to answer any questions you might have in regards to your student’s needs. If you have any questions, please contact Megan directly on 0432 264 822 or email@example.com.