A student simplifies the Boolean expression F = A + AB’ and claims that the result is B’.Select the correct option for each blank:The student’s main error is [error12].The correct simplified expression is [expr12].The best explanation is [why12].

Convert the following binary numbers to decimal by selecting the correct answer from each dropdown. 100112 = ([part1])10 11.0012 = ([part2])10

A student simplifies the Boolean expression F = (A + B)(A’ + B) and claims that the result is A.Select the correct option for each blank:The student’s main error is [error11].The correct simplified expression is [expr11].The best explanation is [why11].

Convert the following decimal number to octal by completing the table. 321010 Step Division by 8 Result Remainder 1 3210 ÷ 8 [q1] [r1] 2 [q1] ÷ 8 [q2] [r2] 3 [q2] ÷ 8 [q3] [r3] 4 [q3] ÷ 8 [q4] [r4] Final Answer = ([final])8 [q1] [r1] [q2] [r2] [q3] [r3] [q4] [r4] [final]

Convert the following binary numbers to decimal by selecting the correct answer from each dropdown. 111012 = ([part1])10 100.1112 = ([part2])10

Convert the following binary numbers to decimal by selecting the correct answer from each dropdown. 1001102 = ([part1])10 110.0112 = ([part2])10

A student simplifies the Boolean expression F = A(A’ + B) and claims that the result is B.Select the correct option for each blank:The student’s main error is [error13].The correct simplified expression is [expr13].The best explanation is [why13].

Convert the following binary numbers to decimal by selecting the correct answer from each dropdown. 1000012 = ([part1])10 101.0112 = ([part2])10

Convert the following decimal number to octal by completing the table. 202510 Step Division by 8 Result Remainder 1 2025 ÷ 8 [q1] [r1] 2 [q1] ÷ 8 [q2] [r2] 3 [q2] ÷ 8 [q3] [r3] 4 [q3] ÷ 8 [q4] [r4] Final Answer = ([final])8 [q1] [r1] [q2] [r2] [q3] [r3] [q4] [r4] [final]

Convert the following decimal number to base 7 by completing the table. 2410 StepDivision by 7ResultRemainder 124 ÷ 7[q1][r1]2[q1] ÷ 7[q2][r2] Final Answer = ([final])7 [q1] [r1] [q2] [r2] [final]