For your friend’s Final Year Project his supervisor gave him a task to measure and explain the electrical properties of the atmospheric layer between 200 m to 300 m altitude above SQU. To make the analysis simple, he asks him to consider SQU campus as a circle with approximate diameter of 3.0 km. Your friend released an electric field sensor attached to a balloon up in the sky. After a while when he got the sensor back, he found that the field values are 210 N/C and 75.0 N/C at 200 m and 300 m altitudes respectively. The direction of electric field is found to be downwards. But he has no clue, what to extract out of this data. Can you help?
For your friend’s Final Year Project his supervisor gave him a task to measure and explain the electrical properties of the atmospheric layer between 200 m to 300 m altitude above SQU. To make the analysis simple, he asks him to consider SQU campus as a circle with approximate diameter of 3.0 km. Your friend released an electric field sensor attached to a balloon up in the sky. After a while when he got the sensor back, he found that the field values are 210 N/C and 75.0 N/C at 200 m and 300 m altitudes respectively. The direction of electric field is found to be downwards. But he has no clue, what to extract out of this data. Can you help?
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For your friend’s Final Year Project his supervisor gave him a task to measure and explain the electrical properties of the atmospheric layer between 200 m to 300 m altitude above SQU. To make the analysis simple, he asks him to consider SQU campus as a circle with approximate diameter of 3.0 km. Your friend released an electric field sensor attached to a balloon up in the sky. After a while when he got the sensor back, he found that the field values are 210 N/C and 75.0 N/C at 200 m and 300 m altitudes respectively. The direction of electric field is found to be downwards. But he has no clue, what to extract out of this data. Can you help?
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