Reference no: EM13332535
Seminar 1: Digital Evidence, Computer Crime, Technology, and Law
Topics: In our first seminar, we will learn how to acquire, authenticate, and analyze digital evidence. We will compare the technology and law for different countries.
Seminar 2: The Investigative Process, Reconstruction, and Modus Operandi
Topics: In this seminar, we will learn about the digital evidence investigative progress; investigative reconstruction; and modus operandi, motive, and technology.
Seminar 3: Applying Forensic Science to Computers
Topics: In this seminar, we will learn digital evidence in court trials and applying forensic science to computers.
Seminar 4: Investigating Windows Computers and Network Forensics
Topics: In this seminar, we will examine forensic investigation technologies for computers running Microsoft WindowsTM Operating Systems.
Seminar 5: Investigating UNIX Systems, Macintosh Systems, and Handheld Devices
Topics: In this seminar, we will examine forensic investigation technologies for UNIX systems, Macintosh systems, and handheld devices.
Seminar 6: Network Forensics I
Topics: In this seminar, we will summarize network basics for digital investigations and network forensic techniques on physical and data-link layers.
Seminar 7: Network Forensics II
Topics: In this seminar, we will summarize and compare network forensics at network, transport, session, presentation, and application layers.
Seminar 8: Computer Crime Investigation and Career Development
Topics: In this last seminar, we will assess guidelines for computer crime investigation, career development as a computer forensic investigator, and future trends of computer forensics.
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How fast is the block moving midway along the inlcine
: A 1.5kg block intially at rest at the top of a 3m incline with a slope of 30degrees begins to slide down the incline. How fast is the block moving midway along the inlcine
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Explain lower density than pure water
: A solution of NaCl dissolved in water will have 1) a lower freezing point than pure water 2) a lower boiling point than pure water 3) larger crystals when frozen than pure water 4) a lower density than pure water 5) a higher freezing point than pu..
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Explain the reactant and the product species
: Given the reactant side of the total ionic equation for the neutralization reaction of potassium hydroxide KOH with hydrochloric acid HCl, write the total ionic equation (also known as the complete ionic equation) by entering both the reactant and..
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How many fringes appear on the screen
: In a Young's experiment using sodium light, lamda=589 nm, the slits are 1.2x10^-6 m wide. You notice that every fourth fringe is missing. how many fringes appear on the screen
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Applying forensic science to computers
: In our first seminar, we will learn how to acquire, authenticate, and analyze digital evidence. We will compare the technology and law for different countries.
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Determine the speed of the third piece
: A spaceship of mass 2.30×106kg is cruising at a speed of 6.00×106m/s when the antimatter reactor fails, blowing the ship into three pieces. What is the speed of the third piece
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Explain production of an alkyl bromide as the reaction
: A student is asked to react 3-methyl-2-butanol with HBr. predict the products and explain why the experiment will not be as successful for production of an alkyl bromide as the reaction of 1-butanol with HBr
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Determine the ratio of the two masses
: two blocks of mass m1 and m2 approach each other on a horizontal table with the same constant speed, Vo, as measured by a laboratory observer. Determine the ratio of the two masses m1/m2
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Compute the equilibrium constant at 2400 k
: When adjusted for any changes in delta H and delta S with temperature, the standard free energy change delta G note at 2400 K is equal to 1.22*10^5 J/mol . Calculate the equilibrium constant at 2400 K
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