Answered step by step
Verified Expert Solution
Link Copied!

Question

1 Approved Answer

please show answers with explination and please notice that Algorithms must be written using pseudo code emphasizing the notation (meta-language) Data structure Given the following

please show answers with explination and please notice that Algorithms must be written using pseudo code emphasizing the notation (meta-language)

Data structure

image text in transcribed

Given the following declarations, write a formula to locate any random record in the array evaluating all constants. i.e., calculate the actual physical memory address of element XIJ] relative to the start of the list using the indexing techniques developed in class. Assume the first unit of memory assigned by the translator is Lo. You need not do the actual arithmetic as long as you explicitly and neatly stipulate all values required for the calculation in your formulas type MyType is record EmplD array-6..6) of character, Name array1.10) of character, Age: integer, Sex: array[1..10) of character, Payrate: float, end record X: arrayf-10..15) of MyType Assume a character occupies one unit of storage storage, and a float consumes eight units of storage Hint 4A XU ] base address+ 45( J + 10 ), must show work for credit. *Given the following declarations, write a formula to locate any random record in the array evaluating all constants. i.e., calculate the actual physical memory address of element XIJ. Assume the first unit of memory assigned by the translator is La. You need not do the actual arithmetic as long as you explicitly stipulate all values required for the calculation in your formulas type WType is record EmplD arrayf-6..6) of character; Name array1.10) of character, Age: integer, Sex: array[1..10) of character, Payrate: float, end record X: arrayf-20..19) of MyType Assume a character occupies one unit of storage, an integer two units of storage, and a float consumes four units of storage Given the following declarations, write a formula to locate any random record in the array evaluating all constants. i.e., calculate the actual physical memory address of element XIJ] relative to the start of the list using the indexing techniques developed in class. Assume the first unit of memory assigned by the translator is Lo. You need not do the actual arithmetic as long as you explicitly and neatly stipulate all values required for the calculation in your formulas type MyType is record EmplD array-6..6) of character, Name array1.10) of character, Age: integer, Sex: array[1..10) of character, Payrate: float, end record X: arrayf-10..15) of MyType Assume a character occupies one unit of storage storage, and a float consumes eight units of storage Hint 4A XU ] base address+ 45( J + 10 ), must show work for credit. *Given the following declarations, write a formula to locate any random record in the array evaluating all constants. i.e., calculate the actual physical memory address of element XIJ. Assume the first unit of memory assigned by the translator is La. You need not do the actual arithmetic as long as you explicitly stipulate all values required for the calculation in your formulas type WType is record EmplD arrayf-6..6) of character; Name array1.10) of character, Age: integer, Sex: array[1..10) of character, Payrate: float, end record X: arrayf-20..19) of MyType Assume a character occupies one unit of storage, an integer two units of storage, and a float consumes four units of storage

Step by Step Solution

There are 3 Steps involved in it

Step: 1

blur-text-image

Get Instant Access to Expert-Tailored Solutions

See step-by-step solutions with expert insights and AI powered tools for academic success

Step: 2

blur-text-image_2

Step: 3

blur-text-image_3

Ace Your Homework with AI

Get the answers you need in no time with our AI-driven, step-by-step assistance

Get Started

Recommended Textbook for

Database Machine Performance Modeling Methodologies And Evaluation Strategies Lncs 257

Authors: Francesca Cesarini ,Silvio Salza

1st Edition

3540179429, 978-3540179429

More Books

Students also viewed these Databases questions