Please show all of your work; thank you **Problem 10.22 (USCS Units)**A cylindrical riser with a diameter-to-length ratio of 1.0 is to be designed for a sand casting mold. The casting geometry is illustrated in Figure P10.22, in which the units are inches. If the mold constant in Chvorinov’s rule is 19.5 min/in², determine the dimensions of the riser so that the riser will take 0.5 min longer to freeze than the casting itself.**Figure P10.22: Casting Geometry**This figure depicts the casting geometry for Problem 10.22, with all dimensions provided in inches.- The main body of the casting is a rectangular shape measuring 15.0 inches in length and 5.0 inches in width.- There is a cylindrical riser on one side, with a radius of 2.5 inches and a height of 3.0 inches.- The cylinder top is 1.5 inches in diameter and 2.5 inches from the nearest edge of the rectangle.- The rectangular hole within the casting has dimensions 6.0 inches by 3.0 inches.- The thickness of the base is 1.0 inch.These dimensions will be used to solve for the riser dimensions using the specified freezing time parameters.

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FIGURE P10.22 Casting geometry for Problem 10.22 (units are in inches). 2.5 radius 3.0 +2.5+ TH 10.22 (USCS units) A cylindrical riser with diame- ter-to-length ratio = 1.0 is to be designed for a sand casting mold. The casting geometry is illustrated in Figure P10.22, in which the units are inches. If the mold constant in Chvorinov's rule = 19.5 min/in², determine the dimensions of the riser so that the riser will take 0.5 min longer to freeze than the casting itself. -1.5 15.0 3.0 -6.0 5.0 1.0 -1.5

FIGURE P10.22 Casting geometry for Problem 10.22 (units are in inches). 2.5 radius 3.0 +2.5+ TH 10.22 (USCS units) A cylindrical riser with diame- ter-to-length ratio = 1.0 is to be designed for a sand casting mold. The casting geometry is illustrated in Figure P10.22, in which the units are inches. If the mold constant in Chvorinov's rule = 19.5 min/in², determine the dimensions of the riser so that the riser will take 0.5 min longer to freeze than the casting itself. -1.5 15.0 3.0 -6.0 5.0 1.0 -1.5

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Concept explainers

Metal Casting

Metal casting is described as a manufacturing process in which a mold cavity is produced by sand, and molten metal is filled inside a mold cavity. The desirable shaped object is achieved after the solidification of molten metal. Large metal objects like machine beds, motor bodies, and others can easily be manufactured using metal casting. The place or shop where metal casting is performed is called foundry.

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Please show all of your work; thank you

**Problem 10.22 (USCS Units)**

A cylindrical riser with a diameter-to-length ratio of 1.0 is to be designed for a sand casting mold. The casting geometry is illustrated in Figure P10.22, in which the units are inches. If the mold constant in Chvorinov’s rule is 19.5 min/in², determine the dimensions of the riser so that the riser will take 0.5 min longer to freeze than the casting itself.

**Figure P10.22: Casting Geometry**

This figure depicts the casting geometry for Problem 10.22, with all dimensions provided in inches.

- The main body of the casting is a rectangular shape measuring 15.0 inches in length and 5.0 inches in width.
- There is a cylindrical riser on one side, with a radius of 2.5 inches and a height of 3.0 inches.
- The cylinder top is 1.5 inches in diameter and 2.5 inches from the nearest edge of the rectangle.
- The rectangular hole within the casting has dimensions 6.0 inches by 3.0 inches.
- The thickness of the base is 1.0 inch.

These dimensions will be used to solve for the riser dimensions using the specified freezing time parameters.

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