Capitol College
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Capitol College School Information

School Facts

  • Operating Status: Currently operating

    Campus: Main campus (and distance learning)

    Institution Type: 3

  • Degree Type:

    Highest Degree —Doctoral

    Predominant Degree —Not primarily Baccalaureate or above

    Distance Education: On-campus and Online

Admissions

89%

19%

Admission Selectivity and Test Scores
SAT

92%

Average SAT Score Range

  • Unknown

ACT

18%

Average ACT Score

  • 19-27

  • 23

  • Average Score

Info IconAt Capitol College, 92% of students submitted the SAT score, but Capitol College accepts both SAT and ACT.

Admission Requirement
Secondary School Record Secondary School GPA Secondary School Rank Letters of Recommendation Admission Test Score AP Credits
Required Required Not Recommended Recommended Required Yes

Academics

Graduation Rate

  • 17%

  • 29%

  • 31%

Degree Details

Available Fields of Study and Degrees

  • > Aerospace, Aeronautical and Astronautical/Space Engineering Bachelor's Program
  • > Business Administration and Management, General Bachelor's Program, Master's Program
  • > Computer and Information Sciences and Support Services, Other Bachelor's Program, Master's Program
  • > Computer and Information Sciences, General Bachelor's Program, Master's Program
  • > Computer and Information Systems Security/Information Assurance
  • > Computer Engineering Technology/Technician Bachelor's Program
  • > Computer Engineering, General Bachelor's Program
  • > Computer Programming/Programmer, General Bachelor's Program
  • > Computer Systems Networking and Telecommunications Master's Program
  • > Computer Technology/Computer Systems Technology
  • > Electrical and Electronic Engineering Technologies/Technicians, Other Bachelor's Program
  • > Electrical and Electronics Engineering Bachelor's Program, Master's Program
  • > Electrical, Electronic and Communications Engineering Technology/Technician
  • > Engineering Technologies and Engineering-Related Fields, Other Bachelor's Program
  • > Information Science/Studies Master's Program
  • > Management Information Systems, General
  • > Operations Management and Supervision Bachelor's Program
Highest Degree Continuing Professional Programs Academic and Career Counselling Services Employment Services for Students Placement Services for Graduate
Doctoral Yes Yes Yes Yes

Tuition, Cost and Financial Aid

  • Undergraduate Tuition

    • In-State Tuition (2014-2015)

      $22,176.00

    • Out-of-State Tuition (2014-2015)

      $22,176.00

Financial Aid — Freshmen Students
Type of Aid No. Receiving Aid % Receiving Aid Total Aid Received Average Aid Received
Any Student Financial Aid 50 98% $1,454,441.00 $3,777.00
Grant Aid 48 94% $567,329.00 $8,205.00
Student Loan - 76% $349,922.00 $4,267.00
Financial Aid — Undergraduate Students
Type of Aid No. Receiving Aid % Receiving Aid Total Aid Received Average Aid Received
Any Student Financial Aid 237 54% $2,624,806.00 $11,075.00
Pell Grant Aid 137 31% $575,193.00 $4,198.00
Student Loan 208 47% $1,679,134.00 $8,073.00

Students

Student-Faculty Ratio

12 : 1

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Demographics

Source: National Center for Education Statistics (NCES), Institute of Education Sciences, 2014 - 2015

Course Hero, Inc. does not independently verify the accuracy of the information presented above.

Capitol College Documents (521)

Master your classes with homework help, exam study guides, past papers, and more for Capitol College.

Most Recent Documents for Capitol College

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  • 1 pages Lab 9 Password Cracking CH
    • Lab 9 Password Cracking CH
    • Capitol College
    • intro to information assurance
    • IAE 201 - Fall 2016
    • Questions: 1. What is John the ripper? An assistant used to crack simple passwords 2. What is a hash? Hash is a type of secure algorithm 3. What is a password dictionary? A list of known leaked or weak passwords 4. What is the most secure of the following
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    Lab 9 Password Cracking CH

  • 2 pages Lab 3 - Linux Applications CH
    • Lab 3 - Linux Applications CH
    • Capitol College
    • intro to information assurance
    • IAE 201 - Fall 2016
    • Linux Applications Questions: 1. What is your working directory when you first log into the system as root? /root 2. What is the command to change directories? cd 3. What is the command to list files in a directory? ls 4. What command do you use to look u
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    Lab 3 - Linux Applications CH

  • 1 pages Lab 4 Linux Applications part 2 CH
    • Lab 4 Linux Applications part 2 CH
    • Capitol College
    • intro to information assurance
    • IAE 201 - Fall 2016
    • Questions 1. How would you set a BASH variable that stores your age? AGE = YourAge 2. How do you think you would append to the already existing BASH variable PATH with the value :/bin? PATH = $PATH:/opt/bin 3. How would you find all the files on your syst
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    Lab 4 Linux Applications part 2 CH

  • 1 pages Lab 6 Nessus CH
    • Lab 6 Nessus CH
    • Capitol College
    • intro to information assurance
    • IAE 201 - Fall 2016
    • Questions 1. What are Nessus and OpenVAS? Nessus is a network vulnerability scanner that searches for exploits on given hosts. OpenVas is a similar command that is easier and works with Kali. 2. Why is a tool like Nessus or OpenVAS important? They are imp
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    Lab 6 Nessus CH

  • 1 pages Lab 7 Metasploit.Armitage CH
    • Lab 7 Metasploit.Armitage CH
    • Capitol College
    • intro to information assurance
    • IAE 201 - Fall 2016
    • 1. What is Metasploit? a tool for developing and executing exploit code against a remote target machine. 2. What is Armitage a collaboration tool for Metasploit that visualizes targets, recommends exploits, and exposes the advanced post-exploitation featu
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    Lab 7 Metasploit.Armitage CH

  • 2 pages Lab 5 NMAP CH
    • Lab 5 NMAP CH
    • Capitol College
    • intro to information assurance
    • IAE 201 - Fall 2016
    • Questions 1. What is NMAP? A security scanner used to map networks 2. What is ZenMap? Scans an IP address 3. Are you allowed to scan any IP address on the internet or your school/businesss intranet? Why or why not? Your able to scan anyone's IP address, b
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    Lab 5 NMAP CH

  • 3 pages EE453 lab 1
    • EE453 lab 1
    • Capitol College
    • Control 1
    • ENGR EE 459 - Fall 2016
    • EE - 453 Control 1 Lab 1: RL Circuit Date Submitted: January 29th, 2017 Date Resubmitted February 13th, 2017 Principal Investigator: Xavier Guzman Assistants: None Objective: The objective of this lab was to design and simulate a RL circuit. The second ob
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    EE453 lab 1

  • 3 pages midterm
    • midterm
    • Capitol College
    • Control 1
    • ENGR EE 459 - Fall 2016
    • EE - 453 Control 1 Lab 3: Midterm Date Submitted: March 9th, 2016 Principal Investigator: Xavier Guzman Assistants: None Objective: Create and analyze a Double-RC filter that can be written as (sRC / (s^R^2C^2 + 3sCR + 1) = F(s) Discussion: Band pass filt
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    midterm

  • 4 pages Lump circuit
    • Lump circuit
    • Capitol College
    • Control 1
    • ENGR EE 459 - Fall 2016
    • EE - 453 Control 1 Lab 3: Lump Transmission Line Date Submitted: April 17th, 2017 Date Resubmitted: April 25th, 2017 Principal Investigator: Xavier Guzman Assistants: None Objective: Produce a system-level block diagram for the following circuit. Become f
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    Lump circuit

  • 2 pages Analysis
    • Analysis
    • Capitol College
    • Control 1
    • ENGR EE 459 - Fall 2016
    • EE - 453 Control 1 Analysis Date Resubmitted: March 6th, 2017 Principal Investigator: Xavier Guzman Assistants: None After running the circuit shown below I came across a few things I found to be interesting. I noticed that the frequency was not steady wh
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    Analysis

  • 2 pages Xavier lab 3
    • Xavier lab 3
    • Capitol College
    • Control 1
    • ENGR EE 459 - Fall 2016
    • EE - 453 Control 1 Lab 3: Lump Transmission Line Date Submitted: April 17th, 2017 Principal Investigator: Xavier Guzman Assistants: None Objective: Simulate a lumped transmission line circuit Equipment: Macbook pro IOS X VM-ware virtual machine Windows 7
    • Register Now

    Xavier lab 3

  • 2 pages Assignment 3
    • Assignment 3
    • Capitol College
    • Introduction to programming using C
    • COMPUTER S CS-150 - Summer 2017
    • Xavier Guzman CS-150 Assignment 3 06/03/2017 #include<stdio.h> int main() cfw_ / declare local variable to main() int a; float b; char c; / assign values for the local variables a = 9; b = 8.6; c = 't' ; /output the values of the local variables printf(a
    • Register Now

    Assignment 3

  • 3 pages assignment 2
    • assignment 2
    • Capitol College
    • Introduction to programming using C
    • COMPUTER S CS-150 - Summer 2017
    • Xavier Guzman CS-150 Assignment 02 05/23/2017 1) what output do the following calls of printf produce? (a) prints out 86,1040 (b) prints out 3.0253e+01 (c) pints out 83.1620 (d) prints out le-06 2) write a printf that displays a float variable x in the fo
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    assignment 2

  • 2 pages cs 150 assignment 1
    • cs 150 assignment 1
    • Capitol College
    • Introduction to programming using C
    • COMPUTER S CS-150 - Summer 2017
    • Xavier Guzman CS-150 Assignment 01 05/16/2017 1 Create and run Kernighan and Ritchie's famous hello, world program. #include void main(void) cfw_ printf(hello, world\n); return 0; /* changing the return type to void gets rip of the error*/ 2 Consider the
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    cs 150 assignment 1

  • 4 pages EL261HW2
    • EL261HW2
    • Capitol College
    • Intro to comm circuits and design
    • EL 261 - Spring 2017
    • Scanned by CamScanner Scanned by CamScanner Scanned by CamScanner Scanned by CamScanner
    • Register Now

    EL261HW2

  • 3 pages EL261_Lab02
    • EL261_Lab02
    • Capitol College
    • Intro to comm circuits and design
    • EL 261 - Spring 2017
    • EL-261 Lab Exercise #2 AM/FM CONCEPTS Objectives: The objectives of this lab exercise are to: Observe AM and FM waveforms in both time and frequency format Perform AM and FM calculations to reinforce class discussions Equipment and Materials: BK precis
    • Register Now

    EL261_Lab02

  • 3 pages EL261HW3
    • EL261HW3
    • Capitol College
    • Intro to comm circuits and design
    • EL 261 - Spring 2017
    • Scanned by CamScanner Scanned by CamScanner Scanned by CamScanner
    • Register Now

    EL261HW3

  • 7 pages El261ab3
    • El261ab3
    • Capitol College
    • Intro to comm circuits and design
    • EL 261 - Spring 2017
    • Report Title: AM/FM CONCEPTS Course Number: EL 261 Date Work Performed: 04/11/2017 Date Report Submitted: 04/11/2017 Principal Investigator: Victor Onzere Your Assistants: N/A Objective: The objectives of this lab exercise are to: Observe AM and FM wavefo
    • Register Now

    El261ab3

  • 8 pages EL250 lab 1
    • EL250 lab 1
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • Report Title: The Common Amplifier Course Number: EL 250 Date Work Performed: 1/31/2017 Date Report Submitted: Principal Investigator: Victor Onzere and Christina Reid Your Assistants: N/A OBJECTIVE: (1) To design, construct and test the operation of a si
    • Register Now

    EL250 lab 1

  • 4 pages EE309Jfetlab
    • EE309Jfetlab
    • Capitol College
    • EE 309 - Spring 2009
    • Victor Onzere JFet Characterization EE 309 03/31/2017 Objective: The purpose of this lab is to use Circuit maker to determine IDSS and VP for a 2N5457 FET. Procedure: Using a 2N5457 JFet I connected a voltage source(VGG) (inverted polarity) to its gate an
    • Register Now

    EE309Jfetlab

  • 1 pages EE309HW1B final assignment with measured values from lab
    • EE309HW1B final assignment with measured values from lab
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • Victor onzere EE 309 Daniel Jablonski Calculation Simulated Measured VBEQ 0.7 volts 0.696 volts .701 volts ICQ 6.0mA 6.29 mA 6.55 mA VCEQ 4.23 volts 4.61 volts 5.2 volts Av 14 14 13 My calculated results closely resemble my simulated results. Because the
    • Register Now

    EE309HW1B final assignment with measured values from lab

  • 2 pages EL250Chapt17HW
    • EL250Chapt17HW
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • Victor Onzere Chapter17 EL 250 03/23/2017 Chapter 17 - Q17.8, Q17.10, and Q17.13 Q17.8 Av= 360 Iin(bias)= 600nA Iin(off)=100nA Vin(off)= 1mV V1err=(RB1 RB2)Iin(bias) =(10kohm)*(600nA) = 6mA V2err = (RB1+RB2)(Iin(off)/2) = 10kohm(100nA/2) = 0.5mV V3err= Vi
    • Register Now

    EL250Chapt17HW

  • 2 pages EL250HW3
    • EL250HW3
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • Victor Onzere EL 250 Hw3 2/15/2017 Questions - 12.3, 12.15, 12.23, and 12.24. #12.3 VB= (R2/(R1+R2) )* Vcc = (.47)/(2+.47)* 15 = 2.85 VE= 2.85 - 0.7 =2.15V ICQ= 2.15/220 = 9.77mA VCEQ= Vc VE = (Vcc-ICQ*Rc) VE = 15V 9.77mA*680ohm 215V = 6.2V rc= Rc|RL = 68
    • Register Now

    EL250HW3

  • 2 pages EL261_HW2
    • EL261_HW2
    • Capitol College
    • EL 262 - Winter 2015
    • Department of Electrical Engineering Capitol Technology University EL 261 Introduction to Communication Circuits and System Homework 2 (Due March 09, 2017) Use this assignment sheet as a cover with your solutions. Show all of your work to receive full cre
    • Register Now

    EL261_HW2

  • 4 pages EE309lab3
    • EE309lab3
    • Capitol College
    • EE 309 - Spring 2009
    • Victor Onzere, Anthony Tong and Dan Jablonski EE 309 Dan Jablonski For this lab I was to Design, simulate, breadboard and test a Wien bridge oscillator that uses a 2N5457 JFET for automatic gain control. Make the resonant frequency between 1 and 20 kHz. M
    • Register Now

    EE309lab3

  • 4 pages el 250 lab 2
    • el 250 lab 2
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • EL 250 Advance Analog Circuits Lab 2: Class A base-Biased BJT Amplifier Date performed: March 6th 2016 Principal Investigator: Name Assistants: None Objective: The objective of this lab is to build a class-A BJT amplifier in circuit maker and observing th
    • Register Now

    el 250 lab 2

  • 4 pages el 250 lab 3
    • el 250 lab 3
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • EL 250 Advance Analog Circuits Lab 3: Operational Amplifier Date performed: April 14th, 2016 Principal Investigator: Name Assistants: None Purpose The objective of this lab is to learn, build, and test a class A common emitter amplifier. This will be done
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    el 250 lab 3

  • 5 pages El 250 lab 4
    • El 250 lab 4
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • EL 250 Advance Analog Circuits Lab 4: Operational Amplifier Date performed: October 19th, 2016 Principal Investigator: Name Assistants: None Objective: The purpose of the lab is to have the student construct operational amplifiers. The student will use th
    • Register Now

    El 250 lab 4

  • 4 pages el 250 lab 1
    • el 250 lab 1
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • EL 250 Advance Analog Circuits Lab 1: Common Emitter Amplifier Date performed: September 7th, 2016 Principal Investigator: Name Assistants: None Objective: The objective of this lab is to design and build one transistor, common emitter amplifier. Then to
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    el 250 lab 1

  • 3 pages El 250 lab 5
    • El 250 lab 5
    • Capitol College
    • Advance Analog Circuits
    • ELECTRONIC 250 - Spring 2015
    • EL 250 Advance Analog Circuits Lab 5: Operational Amplifier Date performed: November 6th, 2016 Principal Investigator: Name Assistants: None Objective: The purpose of this lab was to design, simulate, and build a Wien-bridge oscillator circuit with a reso
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    El 250 lab 5

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