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06-02.md
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06-02.md
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@ -101,8 +101,7 @@ slower than **ADD** on a 486 if the sum of two registers is used to
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point to memory, but no slower than **ADD** on a Pentium. On both a 486
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and Pentium, **LEA** can also be slowed down by addressing interlocks.
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\
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**Figure 6.1** *Operation of ADD Reg,Reg vs. LEA Reg,{Addr}.*
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#### The Wonders of LEA on the 386 {#Heading5}
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@ -124,8 +123,7 @@ This makes the 32-bit **LEA** much more generally useful than the
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standard 16-bit **LEA** in the role of an **ADD** with an independent
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destination.
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\
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**Figure 6.2** *Operation of the 32-bit LEA reg,[Addr].*
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![**Figure 6.2** *Operation of the 32-bit LEA reg,[Addr].*](images/06-02.jpg)
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But what else can **LEA** do on a 386, besides add?
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