Using a 50-50 mixture of deuterium and tritium scientists at Princeton

1.	Using a 50-50 mixture of deuterium and tritium scientists at Princeton university in usa have produced a world record setting burst of fusion energy equivalent to three million watts (3×10^6W)of power on December 10,1997.The power output in this experiment lasted only for 4 seconds.The princeton group expects to increase the power of its reactor to 10 million watts very soon.This raises the prospects for abundant and cheap electrical power in future.QUESTIONS:(i)calculate the amount of energy in joules produced in the experiment explained in the passage.(ii)under what condition of pressure and temperature does the above process take place.
Answer» Answer: Part i) Total energy released is $E = 12 \times 10^6 J$ Part ii) This is the reaction in which it releases large energy so this is under the condition of high PRESSURE and high temperature Explanation: Part i) As we know that the POWER produced in the reactor is $P = 3 \times 10^6 W$ the power LASTED for t = 4 s now we know that Energy = (power)(time) so we have $E = 3\times 10^6 \times 4$ $E = 12 \times 10^6 J$ Part ii) This is the reaction in which it releases large energy so this is under the condition of high pressure and high temperature #Learn Topic : Energy and Power brainly.in/question/15334473

Using a 50-50 mixture of deuterium and tritium scientists at Princeton university in usa have produced a world record setting burst of fusion energy equivalent to three million watts (3×10^6W)of power on December 10,1997.The power output in this experiment lasted only for 4 seconds.The princeton group expects to increase the power of its reactor to 10 million watts very soon.This raises the prospects for abundant and cheap electrical power in future.QUESTIONS:(i)calculate the amount of energy in joules produced in the experiment explained in the passage.(ii)under what condition of pressure and temperature does the above process take place.

Answer»

Answer:

Explanation:

Part i)

As we know that the POWER produced in the reactor is

$P = 3 \times 10^6 W$

the power LASTED for t = 4 s

now we know that

Energy = (power)(time)

so we have

$E = 3\times 10^6 \times 4$

$E = 12 \times 10^6 J$

Part ii)

This is the reaction in which it releases large energy so this is under the condition of high pressure and high temperature

#Learn

Topic : Energy and Power