Problem Description: Your programs will be running all semester on a "chip", a CPU. This chip is manufactured on a silicon wafer, a very, very thin circular slice of purified silicon with some impurities added to it. A wafer usually has many chips (or dies) created on its surface, then at one point in the process the dies are sliced apart to make individual CPUS. Your program will do some calculations about these wafers and chips. Given the diameter of the wafer in millimeters (mm) and the area of one individual die in square millimeters (mm^2), this equation will calculate how many dies can be cut from the wafer. The equation does correct for wasted material near the edges. Note that it should give an integer number of dies (you don't want half a die). DPW = dn 4S V25

Problem Description: Your programs will be running all semester on a "chip", a CPU. This chip is manufactured on a silicon wafer, a very, very thin circular slice of purified silicon with some impurities added to it. A wafer usually has many chips (or dies) created on its surface, then at one point in the process the dies are sliced apart to make individual CPUS. Your program will do some calculations about these wafers and chips. Given the diameter of the wafer in millimeters (mm) and the area of one individual die in square millimeters (mm^2), this equation will calculate how many dies can be cut from the wafer. The equation does correct for wasted material near the edges. Note that it should give an integer number of dies (you don't want half a die). DPW = dn 4S V25

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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