1. Computer language based on machine code is classified as (KLO-1.1.2a)

• a. high level programming language

• b. low level programming language

• c. advanced level programming language

• d. ordinary programming language

1. When LDA is used instead of LOAD ACCUMULATOR it can use KLO-1.1.2b)

• a. symbolic addresses

• b. lined addresses

• c. mnemonics

• d. mechanics

1. The variables receive values at _ _ _ _ _ _ _ _ _ _ _ _ _ _ (KLO-1.1.4)

• a. compile time

• b. run time

• c. language design time

• d. load time

1. Microsoft Access is an example of a database program. The purpose of a database program is to (KLO-1.1.5)

• a. store data in an ordered manner for easy retrival.

• b. store information in an ordered manner for easy retrival.

• c. pull data electronically from different tables to whatever order meets a users needs.

• d. pull information electronically from different tables to whatever order meets a users needs.

1. Users are typically more involved in the project during which two phases? (KLO-1.1.6)

• a. Analysis and Design

• b. Design and Implementation

• c. Planning and analysis

• d. Analysis and implementation

1. Which programming language was built before another programming language was developed that was and still is designed to communicate instructions to a computer? (KLO-1.1.2b)

• a. Java Programming

• b. Assembly Language

• c. Machine Language

• d. High Level Language

1. C was developed by _ _ _ _ _ _ _ (KLO-1.1.1)

• a. Pascal

• b. D.Ritchie

• c. N.Writh

• d. A. Kay

1. Programming language 'FORTRAN' stands for (KLO-1.1.1)

• a. formula translator

• b. formula translation

• c. free translator

• d. free translation

1. Program which is written originally by programmer is classified as (KLO-1.1.4)

• a. object code

• b. machine code

• c. source program

• d. interactive programs

An online shopping site uses the following algorithm to decide what related products to show on each product page.

Which pseudocode is equivalent to the algorithm in the flowchart?

• a. IF (itemSimilarity > 0.9 OR userSimilarity > 0.8 OR updatedModel = true) {

  showRelated ← false

  } ELSE {

  showRelated ← true

  }

• b. IF (itemSimilarity > 0.9 OR userSimilarity > 0.8 OR updatedModel = true) {

  showRelated ← true

  } ELSE {

  showRelated ← false

  }

• c. IF (itemSimilarity > 0.9 AND userSimilarity > 0.8 AND updatedModel = true) {

  showRelated ← false

  } ELSE {

  showRelated ← true

  }

• d. IF (itemSimilarity > 0.9 AND userSimilarity > 0.8 AND updatedModel = true) {

  showRelated ← true

  } ELSE {

  showRelated ← false

  }