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Novel polymers possessing reactive sites in the mainchain have been successfully prepared by the reactions of diynes with low-valent transition metal complexes such as cobalt(I) and titanium(II). The cobaltacyclopentadiene-containing polymers are stable under air and can be handled like common organic polymers. However, they exhibit versatile reactivity under appropriate reaction conditions. That is, the organocobalt polymers serve as reactive precursors for a variety of polymers containing functional groups such as heterocycles, benzene rings, and unsaturated ketones in their repeating unit. The organocobalt polymers can also be converted to other organocobalt polymers with unique repeating units such as cyclobutadienecobalt and cobalticenium moieties. The titanacyclopentadiene-containing polymers are likewise obtained by the metallacyclization process of diynes with low-valent titanium complexes. Although the two series of the titanacyclopentadiene-containing polymers are not stable under air, they serve as reactive precursors giving rise to organic polymers with versatile mainchain structures. In both cases, the structure of the organometallic polymers can be designed by the diyne monomers. The regiochemistry of the mainchain connections at each metallacycle unit is a ected by the nature of the substituents on diynes and/or the ligands on the low-valent transition metal complexes. It was also demonstrated that the regioselectivity of the mainchain connections re ects directly on the character of the functional polymers obtained by the polymer reactions. That is, the organotitanium polymers with regiospeci c mainchain connections obtained from titanium

You should always tell Access about any indexes associated with the database. If you don t, it will not update them; dBASE or FoxPro will have unexpected problems if their associated index files are not updated.

Here s the code for the server program:

Write a Pentium assembly program to add a 64-bit number in ECX: EDX with another 64-bit number in EAX: EBX Store the result in EAX: EDX Write a Pentium assembly language program to subtract two 64-bit numbers Assume that SI and DI point to the low words of the numbers Write a Pentium assembly program to add a 16-bit number stored in BX (bits 0 to 7 containing the high-order byte of the number and bits 8 to 15 containing the low-order byte) with another 16-bit number stored in CX (bits 0 to 7 containing the low-order 8 bits of the number and bits 8 thorough 15 containing the highorder 8 bits) Store the result in AX Write a Pentium assembly program to add twenty five 16-bit numbers stored in consecutive memory locations starting at displacement OlOOH in DS = 0020H Store the 16-bit result onto the stack.

Framework for examining success Completed Well managed Within budget/schedule Used/supported Meet its objectives (client requirements/organizational objectives) Perform as intended/is technically sound/is appropriate (Not) Display undesirable side effects Meet quality/safety standards Fit in/adapt to its environment Provide intended/required business/other bene ts Fit in with rest of the organization/cause minimal business disruption Provide long-term bene ts

Initialize SS to 2000H, SP to 1000H, and DS to 0020H Write a Pentium assembly language program to subtract a 24-bit number (x) stored in low 24 bits of EAX from another 24-bit number (y) stored in consecutive memory locations starting at offset 6080H in BX (the highest byte at 6082H and the lowest byte at 6080H) Store the 24-bit result in the low 24 bits of EAX; ignore the highest byte of EAX If (EBX) = 0123A212H and (EDX) = 46B12310H, then what are the contents of EBX and EDX after execution of the Pentium instruction XADD EBX,EDX If (BX) = 271AH, (AX) = 712EH, and (CX) = 1234H, what are the contents of AX after execution of the Pentium instruction CMPXCHG CX.

BX Write a Pentium assembly language program to perform (X2 + Y2) where X is a signed 8-bit number stored in CL and Y is an unsigned 16-bit number stored in low 16 bits of SI Save the 32-bit result onto the stack Assume SP is already initialized Write a Pentium assembly language program to multiply a 16-bit signed number stored in AX by an 8-bit unsigned number stored in the low BLStore the 32-bit result in BX:CX Assume that AL, CX,and DXBX contain a signed byte, a signed word, and a signed 32-bit number, respectively Write a Pentium assembly language program that will compute the signed 32-bit result: AL - CX + DXBX -+ DXBX Write a Pentium assembly language program to multiply a signed 8-bit number in AL by a signed 32-bit number in ECX Store 64-bit result in EDX:EAX.

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Write a Pentium assembly program to multiply the top two 16-bit unsigned words of the stack Store the 32-bit result onto the stack Initialize SS to 5000H and SP to 0020H..