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The Temperature at the Point on a Metal Plate

Question 43

Multiple Choice

The temperature at the point The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . on a metal plate is modeled by The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . , The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . . Find the directions of no change in heat on the plate from the point The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . .


A) There will be no change in directions perpendicular to the gradient The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . .
B) There will be no change in directions parallel to the gradient The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . .
C) There will be no change in directions parallel to the gradient The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . .
D) There will be no change in directions perpendicular to the gradient The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . .
E) There will be no change in directions perpendicular to the gradient The temperature at the point on a metal plate is modeled by , . Find the directions of no change in heat on the plate from the point . A) There will be no change in directions perpendicular to the gradient . B) There will be no change in directions parallel to the gradient . C) There will be no change in directions parallel to the gradient . D) There will be no change in directions perpendicular to the gradient . E) There will be no change in directions perpendicular to the gradient . .

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