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9) Which of the following statement is correct about the Gaussian distribution of the heat source? i. Heat intensity is maximum at the outer periphery of the arc İi. Heat intensity is maximum at the centre of the arc iii. Heat intensity is decreasing exponentially in the radial direction from the centre iv. Heat intensity is decreasing linearly in the radial direction from the centre a. i, and iii b. i and iv C. ii and iii d. ii and iv

9) Which of the following statement is correct about the Gaussian distribution of the heat source? i. Heat intensity is maximum at the outer periphery of the arc İi. Heat intensity is maximum at the centre of the arc iii. Heat intensity is decreasing exponentially in the radial direction from the centre iv. Heat intensity is decreasing linearly in the radial direction from the centre a. i, and iii b. i and iv C. ii and iii d. ii and iv

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9) Which of the following statement is correct about the Gaussian distribution of the heat source? i. Heat intensity is maximum at the outer periphery of the arc İi. Heat intensity is maximum at the centre of the arc iii. Heat intensity is decreasing exponentially in the radial direction from the centre iv. Heat intensity is decreasing linearly in the radial direction from the centre a. i, and iii b. i and iv c. ii and iii d. ii and iv
Transcribed Image Text:9) Which of the following statement is correct about the Gaussian distribution of the heat source? i. Heat intensity is maximum at the outer periphery of the arc İi. Heat intensity is maximum at the centre of the arc iii. Heat intensity is decreasing exponentially in the radial direction from the centre iv. Heat intensity is decreasing linearly in the radial direction from the centre a. i, and iii b. i and iv c. ii and iii d. ii and iv
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