Mike Savage New Canaan | Glassdoor Top CEO 2018

The roar of a powerful engine, the sleek design, and the adrenaline-inducing speed – muscle cars are not just vehicles; they are technological marvels that embody the spirit of raw power and performance. This article delves into the intricacies of the technology behind muscle cars, exploring the engines, transmissions, and performance enhancements that make these iconic vehicles a thrilling presence on the road. 1. The Heart of the Beast: High-Performance Engines At the core of every muscle car lies a high-performance engine designed to deliver impressive horsepower and torque. These engines are often characterized by large displacements, multiple carburetors or fuel injection systems, and aggressive camshaft profiles. The emphasis is on brute force and acceleration, making muscle car engines a symphony of power. 2. Cubic Inches and Horsepower: Engine Displacement Engine displacement, measured in cubic inches or liters, is a defining characteristic of muscle car engines

In the world of education, STEM (Science, Technology, Engineering, and Mathematics) has gained significant attention for its role in preparing students for the future. And in the world of toys, LEGO has been a beloved classic for generations. What happens when you combine these two? You get a powerful educational tool that is transforming the way children learn. In this article, we'll explore how LEGO and STEM education are coming together to build a better future, one block at a time. The Power of Play Play is a fundamental part of childhood, and it's also a powerful way to learn. LEGO recognized this from the beginning. The interlocking plastic bricks, which originated in Denmark in the 1950s, were designed to encourage creativity and problem-solving in children. What started as a simple toy has since evolved into a sophisticated educational tool. Hands-On Learning with LEGO One of the key advantages of LEGO in STEM education is its hands-on nature. Building