Inside the case are the components that make up the computer itself, such as the RAM memories, the processor and the hard disk, all of which are directly or indirectly connected to the motherboard. In addition, the case allocates the power suplly, which is responsible for supplying power to the computer.
<h3>What is a computer case?</h3>
The case is the hardware component used to house most parts of a computer. It is inside it that components such as CPU, motherboard, SSD, video card and power supply are placed.
In addition, it is where the outputs for connections to other equipment are found, such as USB and HDMI outputs, plug for sound box and microphone and input for memory card.
The case has the important function of protecting the internal components of a computer from knocks, heat, light, moisture and dust. That's because most of the electronic components inside a computer are very sensitive and need this protection.
It is also used to connect to other hardware components, such as a monitor, keyboard, mouse and headset, through the various outputs provided on its exterior.
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Answer:
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Answer:
leadHorses ← ["Justify", "Bravazo", "Good Magic", "Lone Sailor", "Tenfold", "Sporting Chance", "Diamond King", "Quip"]
Explanation:
leadHorses ← ["Justify", "Bravazo", "Good Magic", "Tenfold", "Lone Sailor", "Sporting Chance", "Diamond King", "Quip"]
tempHorse ← leadHorses[3]
tempHorse ← Tenfold
leadHorses[3] ← leadHorses[4]
leadHorses[3] ← Lone Sailor
leadHorses[4] ← tempHorse
leadHorses[4] ← Tenfold
leadHorses ← ["Justify", "Bravazo", "Good Magic", "Lone Sailor", "Tenfold", "Sporting Chance", "Diamond King", "Quip"]
Tenfold and Lone Sailor swap positions.
The corresponding frequency of this sinewave, in kHz, expressed to 3 significant figures is: <em>155 kHz.</em>
<u>Given the following data:</u>
Note: μs represents microseconds.
<u>Conversion:</u>
1 μs =
×
seconds
645 μs =
×
seconds
To find corresponding frequency of this sinewave, in kHz;
Mathematically, the frequency of a waveform is calculated by using the formula;

Substituting the value into the formula, we have;

Frequency = 1550.39 Hz
Next, we would convert the value of frequency in hertz (Hz) to Kilohertz (kHz);
<u>Conversion:</u>
1 hertz = 0.001 kilohertz
1550.3876 hertz = X kilohertz
Cross-multiplying, we have;
X =
× 
X = 155039 kHz
To 3 significant figures;
<em>Frequency = 155 kHz</em>
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