A 200 mm long downsprue has an area of cross section of650 mm where the pouring basin meets the downspure. A constanthead of molten metal is maintained by the pouring basin. Themolten metal flowrate is 6.5 × 10’ mm’/s.Considering the end ofthe down sprue to be open to atmosphere and acceleration due togravity as 10' mm/s² at it ends,find the area of thesprue at the end.A,= 650.mm2%3D200 mm

We know that when the pouring basin meets the downspure, a 200 mm long downspure has a 650 mm2 cross…

A 200 mm long downsprue has an area of cross section of 650 mm where the pouring basin meets the downspure. A constant head of molten metal is maintained by the pouring basin. The molten metal flowrate is 6.5 x 10' mm'/s.Considering the end of the down sprue to be open to atmosphere and acceleration due to gravity as 10ʻ mm/s² at it ends,find the area of thesprue at the end. A = 650 mm2 1 200 mm

A 200 mm long downsprue has an area of cross section of 650 mm where the pouring basin meets the downspure. A constant head of molten metal is maintained by the pouring basin. The molten metal flowrate is 6.5 x 10' mm'/s.Considering the end of the down sprue to be open to atmosphere and acceleration due to gravity as 10ʻ mm/s² at it ends,find the area of thesprue at the end. A = 650 mm2 1 200 mm

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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