Technology

You can do this in a variety of ways.

You can add numbers to the end. Combine something like your favorite team and the jersey number of your favorite player, like Tigers42.

You can also replace letters with numbers. Some common letters to replace are I = 1, E = 3, S = 5, O = 0. An example of this would be Passwords = Passw0rd5.

You can also incorperate symbols in using this method. You can make a complicated password that is easy to remember. For instance, HarryPotter = H@rryP0tt3r.

Try to avoid obvious things. You wouldn't want to use combinations like your last name and birthyear. For instance, if you are John Smith and you were born in 1954, Smith54 would be a very weak choice security wise.

There is a good web site explaining this (see related link below).

There are, to my knowledge, two devices which can be used to measure electrical charge (I know your question asked for a device which determined the presence of an electrical charge but this achieves the same thing). These are the Ammeter and the voltmeter.

1). Measuring electrical charge with an ammeter

In order to determine the electrical charge with an ammeter, you attach the device to an electrical circuit IN SERIES (this is important and will be explained at the end of this answer). This will then give you a reading of the number of amps, or coulombs per second. You can then use basic mathematics to determine the charge here as I will now demonstrate,

Because we know that I = Q÷t (where I is the current in amps or the equivalent unit coulombs per second, Q is the charge in coulombs and t is the time in seconds), we are able to re-arrange this to calculate the value of Q,

I = Q÷t

=I×t = Q÷t×t

=I×t = Qt÷t (note that the t variable will cancel out on the right hand side of the equals sign because t÷t = 1 and Q×1 = Q)

=I×t = Q

Therefore the general formula to calculate the charge is,

Q = I×t

However in this particular problem, we can assume t = 1 because I is measured in amps or (more significantly) coulombs per second, i.e. C/t. Note that this formula can also be used to calculate the total electrical charge used in t seconds (where t doesn't equal 1)

2). Measuring electrical charge with a voltmeter

It is possible to calculate the electrical charge of a circuit with knowledge of the voltage to a circuit; however it is important to note the following,

-1. The total resistance of a series circuit = R1 +R2 + Rn

-2. The total resistance of a parallel circuit = (1/R1 + 1/R2 + 1/Rn)-1

-3. Because some circuits contain both parallel and series components, you may need to apply the above two formulas to different parts of the same circuit and then add those numbers together to arrive at the total resistance of a circuit with both series and parallel components.

-4. There is a constant current for each and every component of a series circuit.

-5. There is a variable voltage for each and every component of a series circuit.

-6. There is a constant voltage for each and every component of a parallel circuit.

-7. There is a variable current for each and every component of a parallel circuit.

Armed with this knowledge, you can then calculate the charge in the circuit by first calculating the total amount of resistance in the circuit. We then need to input this number into ohms law (which is V = I×R) and then solving for I (which will be the total current),

V=I×R

=V÷R = I×R÷R

=V÷R = I×1

=I = V÷R

Once we have the total current used in the circuit, it is then possible to calculate the total charge by the formula Q =I×t (as explained in part one).

There probably are other devices which can be used; however I am not aware of them.

Psychology in IT is wonderful because it will help you understand the how people relate and interact with each other and will help in trying to establish what a person / group really wants when establishing requirements.

• Whats Good about this Game
• Will people like it

The following considerations are important:

Audience: who wants to play your game.

Genre: what type of game is it.

Controls: how is the game played.

Maturity: what is the target rating for the game (kids, adults).

Hook: what makes your game unique from others like it.

Story: what is the flow of events in your game, and what led up to those events.

Difficulty: how difficult should it be to beat your game.

Budget: how much money can you afford to put into the game.

Timeframe: how long before you plan to release your game.

Platform: what systems will run this game.

Hardware: what hardware will the players need (CPU, RAM, etc).

Software: what other software does the user need to run this game (OS, drivers, etc).

Graphics: the style of graphics, such as 2D, 3D, hand-drawn, computer-generated...

Music: the audio background to your game.

Sound Effects: the various actions and their audible feedback.

Characters: whom the story is being told about, or is involved, if any.

Objectives: what is the main objective of the game, and side objectives.

Enemies: whom are the characters facing off against.

You will need to know all this, and probably more, before you even write your first line of code. Generally, the more you know about your game, the better it will be. Start with the overall ideas first, such as story and characters, then work down to details, such as audience, and finally to technical details, such as audio and graphical sections.

On you're key bord press prt sc it's between pause/break and insert/num lk.

Your screen will pause for a quick second and thats hoow you'll know it took the picture. I hope this helped :) just improveing your awnser :) (top right corner or atleast right on my cimputer)