a) Write, download and test a program in LogixPro for the circuit below, using the given input and output addresses. Note that only a single set of NO contacts are to be used as the input, which means that there is only one input address, but there are still two rungs, each with an XIC or XIO and an output OTE instruction. Include your initials in the symbol for the outputs. LS1_I:1/0 SOL A 0:2/0 SOL B_0:2/1 L1 L2 SOL A LS1 SOL B b) Write, download and test a program in LogixPro for the circuit above, using the same given input and output addresses. Note that only a single set of NC contacts are to be used as the input, so you can keep the same I:1/0 address as in the previous program, BUT you must change it to be a normally closed input device. There is still only one input address, but there are two rungs, each with an XIC or XIO and an output OTE instruction. Include your initials in the symbol for the output. a) Write, download and test a program in LogixPro for the circuit below, using the given input and output addresses. Note that only a single set of NO contacts are to be used as the input, which means that there is only one input address, but there are still two rungs, each with an XIC or XIO and an output OTE instruction. Include your initials in the symbol for the outputs. LS1_I:1/0 SOL A 0:2/0 SOL B_0:2/1 L1 L2 SOL A LS1 SOL B b) Write, download and test a program in LogixPro for the circuit above, using the same given input and output addresses. Note that only a single set of NC contacts are to be used as the input, so you can keep the same I:1/0 address as in the previous program, BUT you must change it to be a normally closed input device. There is still only one input address, but there are two rungs, each with an XIC or XIO and an output OTE instruction. Include your initials in the symbol for the output