oblem 1. apter 10 Pouring Calculations mold sprue is 25 cm long, and the cross-sectional area at its base is 3.0 cm². The sprue feeds a horizontal runner leading into a mold cavity whose volume is 1700 cm³. Determine: (a) velocity of the molten metal at the base of the sprue, (b) volume rate of flow, and (c) ne to fill the mold. he acceleration of gravity g = 981 cm/s²)
oblem 1. apter 10 Pouring Calculations mold sprue is 25 cm long, and the cross-sectional area at its base is 3.0 cm². The sprue feeds a horizontal runner leading into a mold cavity whose volume is 1700 cm³. Determine: (a) velocity of the molten metal at the base of the sprue, (b) volume rate of flow, and (c) ne to fill the mold. he acceleration of gravity g = 981 cm/s²)
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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Transcribed Image Text:### Problem 1
#### Chapter 10 Pouring Calculations
A mold sprue is 25 cm long, and the cross-sectional area at its base is 3.0 cm². The sprue feeds a horizontal runner leading into a mold cavity whose volume is 1700 cm³. Determine:
(a) velocity of the molten metal at the base of the sprue,
(b) volume rate of flow,
(c) time to fill the mold.
*(The acceleration of gravity g = 981 cm/s²)*
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