Accelerex’s Post

There's no such thing as a 'measure' for your worth. Do your best, work hard, enjoy what makes you happy and know that exams are just a small glimpse into who we are. Learning is so much more than a score! #primaryschool #teaching #SATs #education

Are you scared to send a personalized video. Here’s a 1 minute masterclass from Matthew Ray Scott.

If you’re not part of the solution , you’re part of the problem .

Educating Our Future Generations on Gender Equality and Respecting Women through a beautifully crafted story! As I sit down to write these words, I am filled with a deep sense of responsibility and hope. The world around us is constantly evolving, yet some challenges remain stubbornly persistent, resisting the change we so desperately need. One such challenge is gender inequality, particularly in how women are perceived and treated in society. This imbalance has contributed to a troubling rise in crimes against women—something we can no longer afford to ignore. My latest book, Growing Strong - Equal Footsteps & Equal Hearts, was born from a passionate desire to address these issues head-on by reaching out to those who stand on the threshold of adulthood—the young boys of today who will become the men of tomorrow. I firmly believe that by educating boys and girls about gender equality and the importance of respecting women from an early age, we can lay the groundwork for a more just and compassionate society. The title Growing Strong encapsulates the essence of this mission. True strength is not just physical—it is rooted in values like respect, empathy, and understanding. Equal Footsteps & Equal Hearts highlights the belief that everyone, regardless of gender, deserves to walk through life with equal opportunities, rights, and dignity. This book is a call to action for young boys to realize that equality is not just about fairness; it's about the collective strength we gain when everyone has the chance to thrive. Join me in this journey of raising awareness and fostering a generation that values equality, respect, and compassion. 📚 Together we can spread more and more awareness and contribute towards a beautiful society, pls ensure its read by as much young population as possible! Amazon - https://lnkd.in/dhmhKaJy Amazon India - https://lnkd.in/dc7AhH9H Other Stores including Apple, Smashwords, and Kobo - https://lnkd.in/dD88pFzN

(5,3), (2,6),(3,4) A different approach to solve this problem using inequality If a>b=> (1+1/a)(1+2/b)<(1+1/b)(1+2/b) =>2b^2<(b^2+3b+2) => b^2-3b-2<0 =>( 3-sqrt(13))/2 <b <(3+sqrt(13))/2 => 0<b<=3 (using b is positive integer) => b=1,2,3 Only for b=3 a=5, so one solution is (5,3) No a possible now if b>=a then replacing b with a in case a>b, we get possible value of a as 1,2 3 So only solution here is (2,6)(3,4)

🔍 Exploring Extremum Points: A Math Adventure! I recently encountered an intriguing problem raised by Lee Chan Lye: https://lnkd.in/dZVShfmb Given x, y, z≥0, maximize the function f(x,y,z)= x^3*y + y^3*z + z^3*x subject to the constraint of x+y+z=3. Using partial derivatives, we found a minimum value of 3 (which is not too bad!). However, the maximum we obtained was less than the expected maximum value of 2187/256 which can be computed with x=9/4, y=3/4 and z=0. But here’s where it gets even more fascinating: when we initially set z=0 and simplify our expression to focus on f(x,y)= x^3*y while substituting y=3−x, we unearth that hidden treasure! 🎉 Using the technique of differentiation, we immediately arrive at the maximum value of 2187/256. This exploration reminds us that sometimes a different approach—like carefully choosing our variables—can lead to remarkable discoveries. 🍬 Math is not just about crunching numbers; it’s about delving into possibilities and enjoying the journey along the way. I would love to hear your thoughts and insights on this problem—what approaches or techniques do you find most effective in optimization? Happy calculating, everyone! #Mathematics #Optimization #Calculus #ProblemSolving #MathAdventure #Learning #Innovation #STEM

Simple systems work and will be more consistently completed. What is one of your favorite simple systems or tricks?

You can't scale with consistency without good systems