Enter a single LC-3 instruction (in binary) that achieves the desired result. You must put spaces in the instruction to separate the bit fields. (b) Increment the value of R2 by 5. Enter a single LC-3 instruction (in binary) that achieves the desired result. You must put spaces in the instruction to separate the bit fields. (c) Decrement the value of R3 by 10 (decimal). Enter a single LC-3 instruction (in binary) that achieves the desired result. You must put spaces in the instruction to separate the bit fields. (d) Set the condition code bits (N.ZP) according to the value in RO using the AND instruction, but don't change any register values. Enter a single LC-3 instruction (in binary) that achieves the desired result. You must put spaces in the instruction to separate the bit fields. (e) Clear the least significant two bits of R5. (In other words, set bits 0 and 1 of R5 to zero, leaving all other bits alone.) Enter a single LC-3 instruction (in binary) that achieves the desired result. You must put spaces in the instruction to separate the bit fields. (f) Double the value in R3