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In a ray diagram, a convex lens is drawn as a vertical line with outward facing arrows to indicate the shape of the lens. The distance from the lens to the principal focus is called the focal lengthclosefocal lengthThe distance between the centre of the lens and the focal point..

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In a ray diagram, a concave lens is drawn as a vertical line with inward facing arrows to indicate the shape of the lens.

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LGDT and LIDT appear in operating system software; they are not used in application programs. They are the only instructions that directly load a linear address (i.e., not a segment relative address) in 80386 Protected Mode. Flags Affected None Protected Mode Exceptions #GP(0) if the current privilege level is not 0; #UD if the source operand is a register; #GP(0) for an illegal memory operand effective address in the CS, DS, ES, FS, or GS segments; #SS(0) for an illegal address in the SS segment; #PF(fault-code) for a page fault Real Address Mode Exceptions Interrupt 13 if any part of the operand would lie outside of the effective address space from 0 to 0FFFFH; Interrupt 6 if the source operand is a register Note These instructions are valid in Real Address Mode to allow power-up initialization for Protected Mode Virtual 8086 Mode Exceptions Same exceptions as in Real Address Mode; #PF(fault-code) for a page fault up: Chapter 17 -- 80386 Instruction Set prev: LEAVE High Level Procedure Exit next: LGS/LSS/LDS/LES/LFS Load Full Pointer

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Polarization, also called wave polarization, is an expression of the orientation of the lines of electric flux in an electromagnetic field (EM field).

The SGDT and SIDT instructions always store into all 48 bits of the six-byte data operand. With the 80286, the upper eight bits are undefined after SGDT or SIDT is executed. With the 80386, the upper eight bits are written with the high-order eight address bits, for both a 16-bit operand and a 32-bit operand. If LGDT or LIDT is used with a 16-bit operand to load the register stored by SGDT or SIDT, the upper eight bits are stored as zeros. LGDT and LIDT appear in operating system software; they are not used in application programs. They are the only instructions that directly load a linear address (i.e., not a segment relative address) in 80386 Protected Mode. Flags Affected None Protected Mode Exceptions #GP(0) if the current privilege level is not 0; #UD if the source operand is a register; #GP(0) for an illegal memory operand effective address in the CS, DS, ES, FS, or GS segments; #SS(0) for an illegal address in the SS segment; #PF(fault-code) for a page fault Real Address Mode Exceptions Interrupt 13 if any part of the operand would lie outside of the effective address space from 0 to 0FFFFH; Interrupt 6 if the source operand is a register Note These instructions are valid in Real Address Mode to allow power-up initialization for Protected Mode Virtual 8086 Mode Exceptions Same exceptions as in Real Address Mode; #PF(fault-code) for a page fault up: Chapter 17 -- 80386 Instruction Set prev: LEAVE High Level Procedure Exit next: LGS/LSS/LDS/LES/LFS Load Full Pointer

up: Chapter 17 -- 80386 Instruction Set prev: LEAVE High Level Procedure Exit next: LGS/LSS/LDS/LES/LFS Load Full Pointer

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A lens is a shaped piece of transparent glass or plastic that refractscloserefractionProcess by which a wave changes speed and sometimes direction upon entering a denser or less dense medium, eg a light ray changes direction when refracted by a lens. light. When light is refracted it changes direction due to the change in density as it moves from air into glass or plastic. Lenses are used in cameras, telescopes, binoculars, microscopes and corrective glasses. A lens can be convexcloseconvexAn object or shape that curves or bulges outwards, like a circle or sphere. or concavecloseconcaveCurving inwards, rather than bulging outwards..

A concave lens is thinner in the middle than it is at the edges. This causes parallel rays to divergeclosedivergeWhen a light ray splits up or spreads out. . They separate but appear to come from a principle focus on the other side of the lens.

A convex lens is thicker in the middle than it is at the edges. Parallel light rays that enter the lens convergecloseconvergeMove towards each other.. They come together at a point called the principal focuscloseprincipal focusAlso known as 'focal point'. The focus of a lens where light rays appear to converge or to diverge from..

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up: Chapter 17 -- 80386 Instruction Set prev: LEAVE High Level Procedure Exit next: LGS/LSS/LDS/LES/LFS Load Full Pointer

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Lenses are precisely shaped pieces of glass that have been developed and used in corrective glasses, telescopes, microscopes, binoculars, and magnifying glasses.

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LGDT/LIDT -- Load Global/Interrupt Descriptor Table Register Opcode Instruction Clocks Description 0F 01 /2 LGDT m16&32 11 Load m into GDTR 0F 01 /3 LIDT m16&32 11 Load m into IDTR Operation IF instruction = LIDT THEN IF OperandSize = 16 THEN IDTR.Limit:Base := m16:24 (* 24 bits of base loaded *) ELSE IDTR.Limit:Base := m16:32 FI; ELSE (* instruction = LGDT *) IF OperandSize = 16 THEN GDTR.Limit:Base := m16:24 (* 24 bits of base loaded *) ELSE GDTR.Limit:Base := m16:32; FI; FI; Description The LGDT and LIDT instructions load a linear base address and limit value from a six-byte data operand in memory into the GDTR or IDTR, respectively. If a 16-bit operand is used with LGDT or LIDT, the register is loaded with a 16-bit limit and a 24-bit base, and the high-order eight bits of the six-byte data operand are not used. If a 32-bit operand is used, a 16-bit limit and a 32-bit base is loaded; the high-order eight bits of the six-byte operand are used as high-order base address bits. The SGDT and SIDT instructions always store into all 48 bits of the six-byte data operand. With the 80286, the upper eight bits are undefined after SGDT or SIDT is executed. With the 80386, the upper eight bits are written with the high-order eight address bits, for both a 16-bit operand and a 32-bit operand. If LGDT or LIDT is used with a 16-bit operand to load the register stored by SGDT or SIDT, the upper eight bits are stored as zeros. LGDT and LIDT appear in operating system software; they are not used in application programs. They are the only instructions that directly load a linear address (i.e., not a segment relative address) in 80386 Protected Mode. Flags Affected None Protected Mode Exceptions #GP(0) if the current privilege level is not 0; #UD if the source operand is a register; #GP(0) for an illegal memory operand effective address in the CS, DS, ES, FS, or GS segments; #SS(0) for an illegal address in the SS segment; #PF(fault-code) for a page fault Real Address Mode Exceptions Interrupt 13 if any part of the operand would lie outside of the effective address space from 0 to 0FFFFH; Interrupt 6 if the source operand is a register Note These instructions are valid in Real Address Mode to allow power-up initialization for Protected Mode Virtual 8086 Mode Exceptions Same exceptions as in Real Address Mode; #PF(fault-code) for a page fault up: Chapter 17 -- 80386 Instruction Set prev: LEAVE High Level Procedure Exit next: LGS/LSS/LDS/LES/LFS Load Full Pointer

LGDT/LIDT -- Load Global/Interrupt Descriptor Table Register Opcode Instruction Clocks Description 0F 01 /2 LGDT m16&32 11 Load m into GDTR 0F 01 /3 LIDT m16&32 11 Load m into IDTR Operation IF instruction = LIDT THEN IF OperandSize = 16 THEN IDTR.Limit:Base := m16:24 (* 24 bits of base loaded *) ELSE IDTR.Limit:Base := m16:32 FI; ELSE (* instruction = LGDT *) IF OperandSize = 16 THEN GDTR.Limit:Base := m16:24 (* 24 bits of base loaded *) ELSE GDTR.Limit:Base := m16:32; FI; FI; Description The LGDT and LIDT instructions load a linear base address and limit value from a six-byte data operand in memory into the GDTR or IDTR, respectively. If a 16-bit operand is used with LGDT or LIDT, the register is loaded with a 16-bit limit and a 24-bit base, and the high-order eight bits of the six-byte data operand are not used. If a 32-bit operand is used, a 16-bit limit and a 32-bit base is loaded; the high-order eight bits of the six-byte operand are used as high-order base address bits. The SGDT and SIDT instructions always store into all 48 bits of the six-byte data operand. With the 80286, the upper eight bits are undefined after SGDT or SIDT is executed. With the 80386, the upper eight bits are written with the high-order eight address bits, for both a 16-bit operand and a 32-bit operand. If LGDT or LIDT is used with a 16-bit operand to load the register stored by SGDT or SIDT, the upper eight bits are stored as zeros. LGDT and LIDT appear in operating system software; they are not used in application programs. They are the only instructions that directly load a linear address (i.e., not a segment relative address) in 80386 Protected Mode. Flags Affected None Protected Mode Exceptions #GP(0) if the current privilege level is not 0; #UD if the source operand is a register; #GP(0) for an illegal memory operand effective address in the CS, DS, ES, FS, or GS segments; #SS(0) for an illegal address in the SS segment; #PF(fault-code) for a page fault Real Address Mode Exceptions Interrupt 13 if any part of the operand would lie outside of the effective address space from 0 to 0FFFFH; Interrupt 6 if the source operand is a register Note These instructions are valid in Real Address Mode to allow power-up initialization for Protected Mode Virtual 8086 Mode Exceptions Same exceptions as in Real Address Mode; #PF(fault-code) for a page fault up: Chapter 17 -- 80386 Instruction Set prev: LEAVE High Level Procedure Exit next: LGS/LSS/LDS/LES/LFS Load Full Pointer