Write a MIPS program fragment for the following high-level language statement: g = h + A [i];//Assume A is an int array with each element taking 4 bytes Assume that g is in register $t0, h is in register $tl, the base address of A is in register $s1, and is register $s2. Write a MIPS program fragment for the following high-level language statement: x [10] = x [11] + c;//Assume x is an int array with each element taking 4 bytes Assume that c is in register $t0, and the base address of x is 4,000,000 in base 10. Write a MIPS program fragment for the following high-level language statement: B [350] = g + B [350];//Assume B is an int array with each element taking 4 bytes Assume that g is in register Ss7and that the base address of the array B is in register $s2. Assume that registers $s0 through $s7 map to register numbers 16 through 23, and registers $t0 through $t7 map to register numbers 8 through 15. Use the instruction format information provided below to convert your instructions in Part (a) to machine language code. First express Write a MIPS program fragment for the following high-level language statement: g = h + A [i];//Assume A is an int array with each element taking 4 bytes Assume that g is in register $t0, h is in register $tl, the base address of A is in register $s1, and is register $s2. Write a MIPS program fragment for the following high-level language statement: x [10] = x [11] + c;//Assume x is an int array with each element taking 4 bytes Assume that c is in register $t0, and the base address of x is 4,000,000 in base 10. Write a MIPS program fragment for the following high-level language statement: B [350] = g + B [350];//Assume B is an int array with each element taking 4 bytes Assume that g is in register Ss7and that the base address of the array B is in register $s2. Assume that registers $s0 through $s7 map to register numbers 16 through 23, and registers $t0 through $t7 map to register numbers 8 through 15. Use the instruction format information provided below to convert your instructions in Part (a) to machine language code. First express