Nanobots Questions PDF

NANOBOTS In the video, nanotechnology is explored, focusing on the use of nanorobots in various industries. It explains how nanotechnology manipulates matter at the nanoscale and its potential applications in medicine, environmental cleanup, manufacturing, energy production, and material science....

NANOBOTS In the video, nanotechnology is explored, focusing on the use of nanorobots in various industries. It explains how nanotechnology manipulates matter at the nanoscale and its potential applications in medicine, environmental cleanup, manufacturing, energy production, and material science. **1** **What is the primary advantage of using nanorobots for medical treatment?** a Improved worker safety in manufacturing b Enhanced energy conversion efficiency c Targeted and precise drug delivery d Ability to perform space exploration missions **2** **Which of the following is a key application of nanorobots in environmental cleanup?** a Developing advanced solar cells b Capturing and neutralizing air pollutants c Improving energy storage device efficiency d Performing complex surgical procedures **3** **What is the main focus of the interdisciplinary field of nanorobotics?** a Designing and controlling robots at the nanoscale b Developing advanced materials with unique properties c Improving the efficiency of solar energy conversion d Detecting and diagnosing diseases through molecular analysis **4** **Which technique is commonly used in nanotechnology to manipulate matter at the nanoscale?** a Genetic engineering b Satellite imaging c Conventional manufacturing d Top-down approach **5** **How can nanorobots contribute to the development of advanced energy storage systems?** a By enhancing light absorption in solar cells b By improving charge-discharge rates and increasing lifespan c By facilitating the conversion of waste heat into electricity d By performing targeted medical procedures with precision **6** **Which of the following is a potential application of nanorobots in material science?** a Space exploration b Self-healing materials c Soil remediation d Precision manufacturing **7** **What is a key advantage of using nanorobots for early disease detection and diagnosis?** a Reduced side effects from traditional treatments b Improved worker safety in manufacturing c Ability to provide highly sensitive and specific information d Enhanced energy conversion efficiency