Question

directions: read the following sections. once you have completed the reading, then answer the questions below. 1. explain how a nonliving system can be designed to work together with a living system. 2. list five technologies that you used as you prepared for school today. 3. how are technology and life sciences related in the field of biotechnology? 4. explain how improvements in emergency medical technology changed our society. 5. how have new engineering designs improved drinking water around the world?

Explanation:

1. Non - living systems like pumps and filters can be designed to work with living systems (such as human bodies) to provide water. For example, water purification systems can be integrated with plumbing in hospitals.
2. Technologies used for school preparation could include laptops for research, 3D printers for hands - on projects, smartboards for interactive learning, educational apps for studying, and online learning platforms.
3. In biotechnology, DNA sequencing technology helps in understanding genetic diseases and developing personalized medicine. Gene editing technologies like CRISPR can potentially cure genetic disorders. Bioreactors are used to produce pharmaceuticals and biofuels. Wearable health monitors can track biological data in real - time. Artificial organs are being developed to replace damaged human organs.
4. Improvements in emergency medical technology like portable defibrillators have saved countless lives by allowing non - medical personnel to perform life - saving procedures. Telemedicine has made it possible for doctors to diagnose and treat patients remotely in emergency situations. Advanced imaging technologies like portable ultrasound machines help in quickly assessing injuries. Minimally invasive surgical techniques have reduced recovery times for emergency surgeries. Smart medical devices can alert emergency services automatically in case of a health emergency.
5. New engineering designs such as advanced water treatment plants with reverse osmosis membranes have improved the quality of drinking water. Nanofiltration techniques can remove even the smallest contaminants. Smart water distribution systems can detect leaks and ensure efficient water supply. Desalination plants use advanced engineering to convert seawater into drinking water in water - scarce regions. Water purification tablets with new chemical formulations provide on - the - go water purification in remote areas.

Answer:

1. Non - living systems can be designed with pumps, filters etc. to work with living systems for water supply.
2. Laptops, 3D printers, smartboards, educational apps, online learning platforms.
3. DNA sequencing, gene editing (CRISPR), bioreactors, wearable health monitors, artificial organs.
4. Portable defibrillators, telemedicine, portable ultrasound machines, minimally invasive surgical techniques, smart medical devices.
5. Advanced water treatment plants (reverse osmosis), nanofiltration, smart water distribution systems, desalination plants, water purification tablets.