function populateText(whoCalled){
if(whoCalled == 'glossary1'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Baffle</span></p><div class="fivetop"><p>The front surface and adjacent edges of a speaker, which affect sound radiation from the speaker drivers. With an in-wall loudspeaker, the baffle includes the surrounding wall area.</p></div>'
}
else if(whoCalled == 'glossary2'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Coils and Capacitors</span></p><div class="fivetop"><p>The primary components found in a speaker crossover circuit.</p></div>'
}
else if(whoCalled == 'glossary3'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Compound</span></p><div class="fivetop"><p>Two subwoofers physically coupled together and preferably facing each other such that there is minimal air volume between them. The attached subwoofers act as one driver producing low-distortion bass while in a small enclosure.</p></div>'
}
else if(whoCalled == 'glossary4'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Cone Excursion</span></p><div class="fivetop"><p>The distance that the driver cone can move (back and forth) without damage. Excursion is generally measured in millimeters (mm) or fractions of an inch.</p></div>'
}
else if(whoCalled == 'glossary5'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Crossover Point</span></p><div class="fivetop"><p>The frequency point at which sound is transferred from one driver to another. The loudness of the two drivers is the same at the crossover point.</p></div>'
}
else if(whoCalled == 'glossary6'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Crossover</span></p><div class="fivetop"><p>The circuit in the speaker that utilizes capacitors and coils to direct and control frequencies to the driver that can most accurately reproduce them. For example, the crossover sends low frequencies to the woofer or subwoofer, middle frequencies to the midrange driver, and high frequencies to the tweeter.</p></div>'
}
else if(whoCalled == 'glossary7'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Distortion</span></p><div class="fivetop"><p>Occurs when a sound waveform is not produced accurately, and results in poor sonic performance.</p></div>'
}
else if(whoCalled == 'glossary8'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Efficiency</span></p><div class="fivetop"><p>The ability of a driver to convert electrical energy into sound energy without wasting too much electrical energy.</p></div>'
}
else if(whoCalled == 'glossary9'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Frequency</span></p><div class="fivetop"><p>An individual note or tone which is measured in cycles per second and usually notated as CPS or Hz. Fewer cycles per second produce lower notes which are typically reproduced by the woofer or subwoofer. More cycles per second produce higher notes which are typically reproduced by the midrange or tweeter. The human ear can hear frequency cycles from 20 to 20,000 per second.</p></div>'
}
else if(whoCalled == 'glossary10'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Frequency Range</span></p><div class="fivetop"><p>The range of frequencies over which a particular driver can operate effectively without creating significant distortion.</p></div>'
}
else if(whoCalled == 'glossary11'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Frequency Response</span></p><div class="fivetop"><p>The relative loudness of sound output over the entire range of frequencies. Frequency response is usually expressed as +/- dB (decibel) or as a graph.</p></div>'
}
else if(whoCalled == 'glossary12'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">High-end Speaker</span></p><div class="fivetop"><p>A speaker that utilizes high-performance drivers, a well-built enclosure incorporating quality materials and finish, and well-designed crossover circuitry with narrow tolerance components. High-end speakers reproduce sound with high accuracy.</p></div>'
}
else if(whoCalled == 'glossary13'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Ideal Driver</span></p><div class="fivetop"><p>A speaker driver that delivers excellent performance in terms of polar response, power handling, efficiency, frequency range and reliability.</p></div>'
}
else if(whoCalled == 'glossary14'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Impedance</span></p><div class="fivetop"><p>Electrical resistance of a driver in an alternating current environment; sound is delivered to the speaker in the form of an alternating current. The impedance of a driver is measured in Ohms and usually varies over its frequency range.</p></div>'
}
else if(whoCalled == 'glossary15'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Inductive Coupling</span></p><div class="fivetop"><p>In a typical crossover, coils are not placed close to each other because of the inductive interaction between coils. Induction Dynamics\' circuitry takes advantage of this interaction, coupling the coils together to achieve numerous driver-control effects, increased slope, and the ability to fit a sophisticated circuit into a small speaker enclosure.</p></div>'
}
else if(whoCalled == 'glossary16'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Muddiness</span></p><div class="fivetop"><p>Poor sonic performance in a speaker, resulting either from distortion or from a particular frequency being too predominant, thereby obscuring higher frequencies.</p></div>'
}
else if(whoCalled == 'glossary17'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Phase</span></p><div class="fivetop"><p>The time alignment of sound waves. Phase is important at crossover points, where phase shift (time shift) occurs between the drivers. A difficult technical challenge with crossover design is precisely achieving the right amount of phase shift in each driver at the crossover point, so that the frequencies sum together properly.</p></div>'
}
else if(whoCalled == 'glossary18'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Polar Response</span></p><div class="fivetop"><p>The measurement of how a speaker sounds when you are out of its "sonic sweet spot", also known as "off axis". However, a well designed speaker will have the same tonal characteristics regardless of where you are standing in relation to the speaker.</p></div>'
}
else if(whoCalled == 'glossary19'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Power Handling</span></p><div class="fivetop"><p>The wattage level that a driver can handle without sustaining damage due to over-heating the voice coil or over-extending the cone excursion.</p></div>'
}
else if(whoCalled == 'glossary20'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Push-pull</span></p><div class="fivetop"><p>Refers to the orientation of two subwoofer drivers, where the back of one driver and the front of the other driver are facing the listening area.</p></div>'
}
else if(whoCalled == 'glossary21'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">S4X Driver-Control Technology</span></p><div class="fivetop"><p>Induction Dynamics\' exclusive, patented technology including super fourth order crossover circuitry that generates slopes in excess of 30dB per octave within 1/2 octave of the crossover frequency.</p></div>'
}
else if(whoCalled == 'glossary22'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Slope</span></p><div class="fivetop"><p>The rate at which the loudness of a particular driver decreases beyond the crossover point.</p></div>'
}
else if(whoCalled == 'glossary23'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Soundstage</span></p><div class="fivetop"><p>In listening to music or a movie soundtrack, the soundstage is the area where various sounds are dispersed from left to right and from front to back. The ideal soundstage creates a presence that gives the listener the feeling they are listening to a live performance.</p></div>'
}
else if(whoCalled == 'glossary24'){
	document.getElementById('thetext').innerHTML = '<p><span class="orange-14-b">Voice Coil</span></p><div class="fivetop"><p>The coil of wire attached to a driver\'s cone that receives the electrical signal from the crossover circuit. The cone then moves in the magnetic field at the center of the magnet depending on the frequency and amount of current being delivered to the coil.</p></div>'
}
}//end function populateText