Need help just the answers

cmp al, 6 b. CF ZF SF mov al, 3 cmp al, 3 C. CF ZF SF 4. Code a single instruction that clears bits 3, 5, and 6 in the AL register. 5. Code instructions that jump to the label LI when either bit 3 or 5 is set in the DL register (do not modify DL). 6. Code instructions that jump to the label L2 when the signed integer in BL is greater than 5. 7. Code a single instruction that complements all bits in AL, without using the XOR instruction. 8. Code instructions that jump to label L3 when the AX register has even parity. 9. Code a single instruction that inverts bits 4 and 5 in BL without changing any other bits. 10. Code instructions that jump to label L4 if bits 2, 3, and 4 are all set in the DL register. 11. Code a label named Here that can be the target of a jump instruction originating in a different procedure. 12. Code instructions that jump to label L5 when the BL register has odd parity. Do not alter the value in BL