![The applied input a.c. power to a half-wave rectifier is 100 watt. The d.c. output power obtainced is 40 watt. Calculate the rectification and power efficiency of the above circuit. What happens The applied input a.c. power to a half-wave rectifier is 100 watt. The d.c. output power obtainced is 40 watt. Calculate the rectification and power efficiency of the above circuit. What happens](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/647332378_web.png)
The applied input a.c. power to a half-wave rectifier is 100 watt. The d.c. output power obtainced is 40 watt. Calculate the rectification and power efficiency of the above circuit. What happens
![SOLVED: Calculate the heat absorbed by the water; using the formula in the introduction of this experiment: For water; C = 4.18 Jlg"C. Change your final answer to kJ Calculate the heat SOLVED: Calculate the heat absorbed by the water; using the formula in the introduction of this experiment: For water; C = 4.18 Jlg"C. Change your final answer to kJ Calculate the heat](https://cdn.numerade.com/ask_images/9fe62db8c985408db28fd4384246dbbd.jpg)
SOLVED: Calculate the heat absorbed by the water; using the formula in the introduction of this experiment: For water; C = 4.18 Jlg"C. Change your final answer to kJ Calculate the heat
![SOLVED: Reaction Mass Efficiency third way calculate the effici ncy of reaction takes into ccount both percent yield and atom nomy: This method of evaluating the efficiency of reaction is called Reaction SOLVED: Reaction Mass Efficiency third way calculate the effici ncy of reaction takes into ccount both percent yield and atom nomy: This method of evaluating the efficiency of reaction is called Reaction](https://cdn.numerade.com/ask_images/9af3ade5b99f45c09ef5dc6b85f6d928.jpg)