Practical Mathematical Table Explanations

Summary:

The text introduces the concept of the “Mission Planetary Clock” as an innovative instrument that practically explains mathematical tables from 3×51 to 3×100. The author highlights the importance of mathematics in various subjects and emphasizes the need for practical explanations of mathematical tables. The “Mission Planetary Clock” is presented as a groundbreaking invention that not only benefits mathematics but also aids in explaining subjects like physics, chemistry, and geography from elementary school to PhD level. The author’s research has led to the development of this instrument, which aims to provide practical and comprehensive explanations of mathematical concepts. The “Mission Planetary Clock” is positioned as a solution to enhance the understanding and application of mathematics in different academic disciplines.

Excerpt:

Practical Mathematical Table Explanations

Required items for the experiments
Planetary clock No-1
• Formula for the experiment
(axn=p)
• Formula: The number indicator on the planetary clock. (P)/1…12.
The blue colour point is on number (2=50)=4×12+2*. It is in the 4th rotation. The green colour point is on the 3*. It is in the zero rotation, and the rose colour point is on the (4=150)=12×12+6*. The result is in the 12th rotation.

So, 3×50=150=12×12+6*, the result will be in the 12th rotation. That is (n+1)=12 where n=11.

51. Table no. 51
Required items for the experiments
Planetary clock No-1
• Formula for the experiment
(axn=p)
• Formula: The number indicator on the planetary clock. (P)/1…12.
The blue colour point is on number (3=51)=4×12+3*. It is in the 4th rotation. The green colour point is on the 3*. It is in the zero rotation, and the rose colour point is on the (9=153)=12×12+9*. The result is in the 12th rotation.

52. Table no. 52
Required items for the experiments
Planetary clock No-1
• Formula for the experiment
(axn=p)
• Formula: The number indicator on the planetary clock. (P)/1…12.
The blue color point is on number (4=52)=4×12+4*. It is in the 4th rotation. The green color point is on the 3*. It is in the zero rotation, and the rose color point is on the (12=156)=13×12+0*. The result is in the 13th rotation.