The value of a Fender Lead II guitar typically ranges between $500 and $1,200, depending on its condition, year of manufacture, and any modifications made. Vintage models from the late 1970s can command higher prices, especially if they are in excellent condition or come with original features. Collectibility and demand in the used market can also influence pricing. For an accurate valuation, it's best to consult recent sales or a professional appraiser.
Solid State Fender amp from the early 80's. Two channels, one clear and one with overdrive. reverb is available on both channels. The Lead II is 100 watts.
The value of a Fender G II can vary significantly based on its condition, age, and specific model features. Generally, used Fender G II guitars can range from $300 to $800, but rare or vintage models may fetch higher prices. It's best to check current listings on platforms like Reverb or eBay for a more accurate and up-to-date valuation.
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Solid State Fender amp from the early 80's. Two channels, one clear and one with overdrive. reverb is available on both channels. The Lead II is 100 watts.
The Fender Lead II typically featured a simple wiring configuration with two single-coil pickups, each controlled by a 3-way pickup selector switch. The guitar had a volume and tone control for each pickup, allowing for a variety of tonal options. The wiring was designed for straightforward use, making it a popular choice for players seeking a versatile yet uncomplicated instrument. The Lead II's setup contributed to its distinctive sound and playability.
The chemical formula for Lead (II) Bromide is - PbBr2
lead(II) chromate
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Lead II oxide does not react with dilute sulfuric acid to form lead II sulfate because lead II oxide is insoluble in water. In order for a reaction to occur, the lead II oxide must first be converted into a soluble lead II salt before reacting with sulfuric acid to form lead II sulfate.
Lead(II) Bromide = PbBr2
Lead(II) Bromide = PbBr2
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The compound Pb(C2H3O2)2 is called lead(II) acetate.
The decomposition of lead (II) sulfate results in the formation of lead (II) oxide and sulfur trioxide.
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