Read the text and do the tasksSimple machines can be divided into two categories, each with its unique method of operation:Torque Equilibrium Machines• These devices rely on balancing torques to function effectively.• Examples include the wheel, lever, and pulley.Vector Resolution Force Machines• These machines depend on the vector resolution of force to perform their tasks.• Examples include the wedge, screw, and inclined plane.Compound machines are devices that combine two or more simple machines to perform a specific task. By using multiple simple machines in conjunction, compound machines can achieve greater efficiency, mechanical advantage, or versatility than their individual components.Examples of compound machines in everyday life include bicycles, which incorporate levers (pedals and brakes), wheel and axle systems (wheels and gears), and pulleys (chain and sprockets); and car jacks, which use both levers and screw mechanisms. These compound machines highlight the importance of simple machines in modern technology and demonstrate how they continue to play a crucial role in our daily lives.Unveiling the Limitations of Simple Machines: A Tale of Specialization and SimplicityIn the realm of mechanical devices, simple machines reign supreme as fundamental tools that amplify human effort and transform physical forces. However, behind their ingenuity lies a paradoxical flaw: their very simplicity often becomes their Achilles’ heel.Unveiling the Bounds of SpecializationSimple machines are meticulously engineered to execute specific tasks with efficiency. A lever, for instance, excels at lifting heavy objects by applying force at a calculated distance. However, this specialization renders them inflexible. Unlike a human hand, which can adapt to a myriad of tasks, a lever is confined to its designated role. This lack of versatility limits their application to narrow domains.Constrained by Power OutputAnother inherent limitation of simple machines is their finite power output. They cannot magically increase the force applied to them, but merely redirect it in a more efficient manner. For demanding workload scenarios, this power limitation proves inadequate. A simple pulley system, for example, may assist in lifting an object, but it cannot move it as quickly or efficiently as a crane.Embracing the ParadoxThe simplicity of a simple machine is both its strength and weakness. It enables them to perform their specialized tasks with precision and efficiency. However, this simplicity also restricts their versatility and power output.Striking a BalanceWhen selecting a mechanical tool, it is crucial to consider the nature of the task at hand. For singularly defined tasks, simple machines offer an elegant and efficient solution. However, for complex or demanding workloads, more versatile and powerful mechanisms may be necessary.ConclusionSimple machines, while invaluable for their intended purposes, possess inherent limitations due to their specialization and constrained power output. Their paradoxical nature reminds us that while simplicity can foster efficiency, it also can restrict versatility and hinder the pursuit of demanding tasks. By understanding these limitations, engineers and designers can select the appropriate tools for each mechanical challenge, maximizing efficiency and ensuring optimal performance.Are the sentences true or false? 1. Simple machines can be categorized into two main types based on their operation methods.