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Автоповтор
John (EEE)1. OR gate, Q= 12. AND gate, Q= 03. NOR gate, Q= 04. NAND gate, Q=15. XOR gate, Q=06. XNOR gate, Q=0
Interesting lecture
ADESANMI {MEC}1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1Thank you very much sir. A very nice lecture.
12:54 EMAKPOR (MEC)1. OR gate, Q=12. AND gate, Q=03. NOR gate, Q=04. NAND gate, Q=15. XOR gate, Q=16. XNOR gate, Q=1
Stephen MEC)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
Okoro (EEE)1. Q=12. Q = 03. Q = 04. Q = 15. Q = 16. Q =1
Usurai (MECH)1. Q=12. Q=03. Q=04. Q=15. Q=16. Q=1
Ugwu (MEC)1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
ONIKOLA (EEE)1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
Alli (MEE)1. Q = 12. Q= 03. Q=04. 0=15. Q=16. Q=1
Imonisan (MEC)1. OR Gate, Q = 12. AND Gate, Q = 03. NOR Gate, Q = 04. NAND Gate, Q = 15. XOR Gate, Q = 06. XNOR Gate, Q = 1
MFON (MEC)1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 06. XNOR gate, Q = 0
IVROGBO DANIELLA (MEC)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
EDAFE (MEC)1. OR gate output(Q)= 12. AND gate output (Q)= 03. NOR gate output (Q)= 04. NAND gate output (Q)= 15. XOR gate output (Q)= 16. XNOR gate output (Q)= 1
OKPE (MAR)1.0R gate, Q= 12. AND gate, Qx 03. NOR gate, Q= 04. NAND gate, Q15. X0R gate, Q 16. XNOR gate, Q 1
Divine(EEE)1. OR gate, Q= 12. AND gate, Q= 03. NOR gate, Q= 04. NAND gate, Q=15. XOR gate, Q=06. XNOR gate, Q=0
EKEDAMA (EEE)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
Asagba (MEC) 1. OR Gate, Q = 1 2. AND Gate, Q = 03. NOR Gate, Q = 04. NAND Gate, Q = 15. XOR Gate, Q = 16. XNOR Gtae, Q = 1
UDOH (MAR)a) Q (OUTPUT) = 1b) Q (OUTPUT) = 0c) Q (OUTPUT) = 0d) Q (OUTPUT) = 1e) Q (OUTPUT) =1f). Q (OUTPUT) =1
OKPUARARA( MECH)1. Q= 12. Q= O3. Q= O4. Q= 15. Q = 16. Q = 1
JOHNSON (MEC)1. OR gate Q=12. AND gate Q=03. NOR gate Q=04. NAND gate Q=15. XOR gate Q=16. XNOR gate Q=1
CHUKWUEMEKE(MEC)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
OGHOGHOLOSU (MEC)1. OR Gate, Q = 12. AND Gate, Q = 03. NOR Gate, Q = 04. NAND Gate, Q = 15. XOR Gate, Q = 16. XNOR Gate, Q = 1
ISENU (MEC) 1. OR gate Q=12. AND gate. Q=03. NOR gate. Q=04. NAND gate. Q=15. XOR gate. Q=16. XNOR gate. Q=1
ONAYIFEKE (EEE)1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
IRIAKPE (MEC)1. OR gate, Q= 12. AND gate, Q= 03. NOR gate, Q= 04. NAND gate, Q= 15. XOR gate, Q =16. XNOR gate, Q = 1
EDIALE (MAR)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
INGBIAN (EEE)1. Q= 12. Q= 03. Q= 04. Q= 15. Q= 16. Q= 1
Makinde (MEC)1. OR Gate, Q = 12. AND Gate, Q = 03. NOR Gate, Q = 04. NAND Gate, Q = 15. XOR Gate, Q = 16. XNOR Gate, Q = 1
Greatness (EEE)1. OR gate, Q= 12. AND gate, Q= 03. NOR gate, Q= 04. NAND gate, Q=15. XOR gate, Q =16. XNOR gate, Q = 1
Christopher (EEE)1. Q=12. Q = 03. Q = 04. Q= 15. Q= 16. Q= 1
Aganvwiere kevwe Timothy (MAR)1. Q= 12. Q= 03. Q= 04. Q= 15. Q= 16. Q= 1
ADOGU (EEE)1. Q = 12. Q = 03. Q = 04. Q = 15. Q = 16. Q = 1
ODEGBUNE (EEE)1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
MORKA (MEC)1. OR GATE: output (Q) = 12. AND GATE: output (Q) = 03. NOR GATE: output (Q) = 04. NAND GATE: output (Q) = 15. XOR GATE: output (Q) = 16. XNOR GATE: output (Q) = 1
AFOAMA (MAR)1. OR Gate, Q = 12. AND Gate, Q = 03. NOR Gate, Q = 04. NAND Gate, Q = 15. XOR Gate, Q = 06. XNOR Gate, Q = 0
OKUDU(EEE)1. OR Gate Q=12. AND Gate Q=03. NOR Gate Q=04. NAND Gate Q=15.XOR Gate Q=16. XNOR Gate Q=1
MONE (MECH)1. Q=12. Q=03. Q=04. Q=15. Q=16. Q=1
ITEKU (MEC) 1.OR gate, Q=12. AND gate, Q =03. NOR gate, =04. NAND gate, Q =15. XOR gate, Q =16. XNOR gate, Q =1
CHUKWUNEKE (MAR)1. Q= 12. Q= 03. Q= 04. Q= 15. Q= 16. Q= 1
AYEYE(MAR)1. OR gate Q=12. AND gate Q=03. NOR gate Q=04. NAND gate Q=15. XOR gate Q=06. XNOR gate Q=0
OPIA (EEE)1. OR gate, Q= 12. AND gate, Q= 03. NOR gate, Q= 04. NAND gate, Q=15. XOR gate, Q =16. XNOR gate, Q = 1
GERALD (MEC)1. OR GATE, Q=12. AND GATE, Q=03. NOR GATE, Q=04. NAND GATE, Q=15. XOR GATE, Q=06. XNOR GATE, Q=0
AKPOBARO (MEC)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
CHUKWUKA (EEE)1. Q=12. Q = 03. Q = 04. Q = 15. Q = 16. Q = 1
UMARUDEEN (MECH)1. Q=12. Q=03. Q=04. Q=15. Q=16. Q=1
SOLOMON (MEC)OR Gate, Q=1AND gate, Q=0NOR gate, Q=0NAND gate, Q=1XOR gate, Q=1XNOR gate, Q=1
OCHO ( MAR )1. Q = 12. Q = 03. Q = 04. Q = 15. Q = 16. Q = 1
Eke (MAR)1. OR Gate = 12. AND = 03. NOR = 04. NAND = 15. XOR = 16. XNOR = 1
1.OR GATE,Q=12.AND GATE,Q=03.NOR GATE,Q=04.NAND GATE,Q=15.XOR GATE, Q=16.XNOR GATE, Q=1OGBAH (MEC)
Ukpe (mar)1. OR GATE, Q=12.AND GATE, Q=03. NOR GATE, Q=04.NAND GATE, Q=15. XOR GATE , Q=16. XNOR GATE, Q=1
UNUIGBOKHAI (MAR) a) Q ( OUTPUT) = 1b) Q ( OUTPUT) = 0c) Q ( OUTPUT) = 0d) Q ( OUTPUT) = 1e) Q ( OUTPUT) =1f). Q ( OUTPUT) =1
ORISAKWE(MEC)1. OR GATE, Q=12. AND GATE, Q=03. NOR GATE, Q=04. NAND GATE, Q=15. XOR GATE, Q=16. XNOR GATE, Q=1
Akande: (MEC)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
OFFIONG(MECH)1. Q=12. Q=03. Q=04. Q=15. Q=06. Q=0
AGBERETAMU (EEE)OR GATE Q=1AND GATE Q=0NOR GATE Q=0NAND GATE Q=1XOR GATE Q=1XNOR GATE Q=1
MAWAORO (MAR)1. OR GATE. Q=12. AND GATE. Q=03. NOR GATE. Q=04. NAND GATE. Q=15. XOR GATE. Q=16. XNOR GATE. Q=1
NDUKA(EEE)1.OR GATE, Q=12.AND GATE, Q=03.NOR GATE, Q=04.NAND GATE, Q=15.XOR GATE, Q=16.XNOR GATE,Q=1
OSIDE (MEC)OR GATE Q= 1AND GATE Q= 0NOR GATE Q= 0NAND GATE Q= 1XOR GATE Q= 0XNOR GATE Q= 0
AKPOJIYOVWI KENNETH{Mechanical Engineering Department}1. OR gate, Q = 12. AND gate, Q = 03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
IVROGBO DANIEL (MEC)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
Anyaoku (MEC)OR GATE, Q=1AND GATE, Q=0NOR GATE, Q=0NAND GATE, Q=1XOR GATE, Q=1XNOR GATE, Q=1
Aiyeyi (EEE)OR gate; q = 1AND gate; q = 0NOR gate; q = 0NAND gate; q = 1XOR gate; q = 0XNOR gate; q = 0
Very interesting
THANKGOD (MECH)A. 1B. 0C. 0D. 1E. 0F. 0
INIWO (MAR)1. OR gate,Q = 12. AND gate, Q =03. NOR gate, Q = 04. NAND gate, Q = 15. XOR gate, Q = 16. XNOR gate, Q = 1
WILSON (MAR)1. OR gate, Q=12. AND gate, Q=03. NOR gate, Q=04. NAND gate, Q=15. XOR gate, Q=16. XNOR gate, Q=1
ODODO (MEC) 1. OR GATE: output (Q) = 12. AND GATE: output (Q) = 03. NOR GATE: output (Q) = 04. NAND GATE: output (Q) = 15. XOR GATE: output (Q) = 16. XNOR GATE: output (Q) =1
OBIORAH [EEE]1. OR GATE , Q = 12. AND GATE, Q = 03. NOR GATE, Q = 04. NAND GATE, Q = 15. XOR GATE, Q = 16. XNOR GATE, Q= 1
John (EEE)
1. OR gate, Q= 1
2. AND gate, Q= 0
3. NOR gate, Q= 0
4. NAND gate, Q=1
5. XOR gate, Q=0
6. XNOR gate, Q=0
Interesting lecture
ADESANMI {MEC}
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
Thank you very much sir. A very nice lecture.
12:54
EMAKPOR (MEC)
1. OR gate, Q=1
2. AND gate, Q=0
3. NOR gate, Q=0
4. NAND gate, Q=1
5. XOR gate, Q=1
6. XNOR gate, Q=1
Stephen MEC)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
Okoro (EEE)
1. Q=1
2. Q = 0
3. Q = 0
4. Q = 1
5. Q = 1
6. Q =1
Usurai (MECH)
1. Q=1
2. Q=0
3. Q=0
4. Q=1
5. Q=1
6. Q=1
Ugwu (MEC)
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
ONIKOLA (EEE)
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
Alli (MEE)
1. Q = 1
2. Q= 0
3. Q=0
4. 0=1
5. Q=1
6. Q=1
Imonisan (MEC)
1. OR Gate, Q = 1
2. AND Gate, Q = 0
3. NOR Gate, Q = 0
4. NAND Gate, Q = 1
5. XOR Gate, Q = 0
6. XNOR Gate, Q = 1
MFON (MEC)
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 0
6. XNOR gate, Q = 0
IVROGBO DANIELLA (MEC)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
EDAFE (MEC)
1. OR gate output(Q)= 1
2. AND gate output (Q)= 0
3. NOR gate output (Q)= 0
4. NAND gate output (Q)= 1
5. XOR gate output (Q)= 1
6. XNOR gate output (Q)= 1
OKPE (MAR)
1.0R gate, Q= 1
2. AND gate, Qx 0
3. NOR gate, Q= 0
4. NAND gate, Q1
5. X0R gate, Q 1
6. XNOR gate, Q 1
Divine(EEE)
1. OR gate, Q= 1
2. AND gate, Q= 0
3. NOR gate, Q= 0
4. NAND gate, Q=1
5. XOR gate, Q=0
6. XNOR gate, Q=0
EKEDAMA (EEE)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
Asagba (MEC)
1. OR Gate, Q = 1
2. AND Gate, Q = 0
3. NOR Gate, Q = 0
4. NAND Gate, Q = 1
5. XOR Gate, Q = 1
6. XNOR Gtae, Q = 1
UDOH (MAR)
a) Q (OUTPUT) = 1
b) Q (OUTPUT) = 0
c) Q (OUTPUT) = 0
d) Q (OUTPUT) = 1
e) Q (OUTPUT) =1
f). Q (OUTPUT) =1
OKPUARARA( MECH)
1. Q= 1
2. Q= O
3. Q= O
4. Q= 1
5. Q = 1
6. Q = 1
JOHNSON (MEC)
1. OR gate Q=1
2. AND gate Q=0
3. NOR gate Q=0
4. NAND gate Q=1
5. XOR gate Q=1
6. XNOR gate Q=1
CHUKWUEMEKE(MEC)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
OGHOGHOLOSU (MEC)
1. OR Gate, Q = 1
2. AND Gate, Q = 0
3. NOR Gate, Q = 0
4. NAND Gate, Q = 1
5. XOR Gate, Q = 1
6. XNOR Gate, Q = 1
ISENU (MEC)
1. OR gate Q=1
2. AND gate. Q=0
3. NOR gate. Q=0
4. NAND gate. Q=1
5. XOR gate. Q=1
6. XNOR gate. Q=1
ONAYIFEKE (EEE)
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
IRIAKPE (MEC)
1. OR gate, Q= 1
2. AND gate, Q= 0
3. NOR gate, Q= 0
4. NAND gate, Q= 1
5. XOR gate, Q =1
6. XNOR gate, Q = 1
EDIALE (MAR)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
INGBIAN (EEE)
1. Q= 1
2. Q= 0
3. Q= 0
4. Q= 1
5. Q= 1
6. Q= 1
Makinde (MEC)
1. OR Gate, Q = 1
2. AND Gate, Q = 0
3. NOR Gate, Q = 0
4. NAND Gate, Q = 1
5. XOR Gate, Q = 1
6. XNOR Gate, Q = 1
Greatness (EEE)
1. OR gate, Q= 1
2. AND gate, Q= 0
3. NOR gate, Q= 0
4. NAND gate, Q=1
5. XOR gate, Q =1
6. XNOR gate, Q = 1
Christopher (EEE)
1. Q=1
2. Q = 0
3. Q = 0
4. Q= 1
5. Q= 1
6. Q= 1
Aganvwiere kevwe Timothy (MAR)
1. Q= 1
2. Q= 0
3. Q= 0
4. Q= 1
5. Q= 1
6. Q= 1
ADOGU (EEE)
1. Q = 1
2. Q = 0
3. Q = 0
4. Q = 1
5. Q = 1
6. Q = 1
ODEGBUNE (EEE)
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
MORKA (MEC)
1. OR GATE: output (Q) = 1
2. AND GATE: output (Q) = 0
3. NOR GATE: output (Q) = 0
4. NAND GATE: output (Q) = 1
5. XOR GATE: output (Q) = 1
6. XNOR GATE: output (Q) = 1
AFOAMA (MAR)
1. OR Gate, Q = 1
2. AND Gate, Q = 0
3. NOR Gate, Q = 0
4. NAND Gate, Q = 1
5. XOR Gate, Q = 0
6. XNOR Gate, Q = 0
OKUDU(EEE)
1. OR Gate Q=1
2. AND Gate Q=0
3. NOR Gate Q=0
4. NAND Gate Q=1
5.XOR Gate Q=1
6. XNOR Gate Q=1
MONE (MECH)
1. Q=1
2. Q=0
3. Q=0
4. Q=1
5. Q=1
6. Q=1
ITEKU (MEC)
1.OR gate, Q=1
2. AND gate, Q =0
3. NOR gate, =0
4. NAND gate, Q =1
5. XOR gate, Q =1
6. XNOR gate, Q =1
CHUKWUNEKE (MAR)
1. Q= 1
2. Q= 0
3. Q= 0
4. Q= 1
5. Q= 1
6. Q= 1
AYEYE(MAR)
1. OR gate Q=1
2. AND gate Q=0
3. NOR gate Q=0
4. NAND gate Q=1
5. XOR gate Q=0
6. XNOR gate Q=0
OPIA (EEE)
1. OR gate, Q= 1
2. AND gate, Q= 0
3. NOR gate, Q= 0
4. NAND gate, Q=1
5. XOR gate, Q =1
6. XNOR gate, Q = 1
GERALD (MEC)
1. OR GATE, Q=1
2. AND GATE, Q=0
3. NOR GATE, Q=0
4. NAND GATE, Q=1
5. XOR GATE, Q=0
6. XNOR GATE, Q=0
AKPOBARO (MEC)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
CHUKWUKA (EEE)
1. Q=1
2. Q = 0
3. Q = 0
4. Q = 1
5. Q = 1
6. Q = 1
UMARUDEEN (MECH)
1. Q=1
2. Q=0
3. Q=0
4. Q=1
5. Q=1
6. Q=1
SOLOMON (MEC)
OR Gate, Q=1
AND gate, Q=0
NOR gate, Q=0
NAND gate, Q=1
XOR gate, Q=1
XNOR gate, Q=1
OCHO ( MAR )
1. Q = 1
2. Q = 0
3. Q = 0
4. Q = 1
5. Q = 1
6. Q = 1
Eke (MAR)
1. OR Gate = 1
2. AND = 0
3. NOR = 0
4. NAND = 1
5. XOR = 1
6. XNOR = 1
1.OR GATE,Q=1
2.AND GATE,Q=0
3.NOR GATE,Q=0
4.NAND GATE,Q=1
5.XOR GATE, Q=1
6.XNOR GATE, Q=1
OGBAH (MEC)
Ukpe (mar)
1. OR GATE, Q=1
2.AND GATE, Q=0
3. NOR GATE, Q=0
4.NAND GATE, Q=1
5. XOR GATE , Q=1
6. XNOR GATE, Q=1
UNUIGBOKHAI (MAR)
a) Q ( OUTPUT) = 1
b) Q ( OUTPUT) = 0
c) Q ( OUTPUT) = 0
d) Q ( OUTPUT) = 1
e) Q ( OUTPUT) =1
f). Q ( OUTPUT) =1
ORISAKWE(MEC)
1. OR GATE, Q=1
2. AND GATE, Q=0
3. NOR GATE, Q=0
4. NAND GATE, Q=1
5. XOR GATE, Q=1
6. XNOR GATE, Q=1
Akande: (MEC)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
OFFIONG(MECH)
1. Q=1
2. Q=0
3. Q=0
4. Q=1
5. Q=0
6. Q=0
AGBERETAMU (EEE)
OR GATE Q=1
AND GATE Q=0
NOR GATE Q=0
NAND GATE Q=1
XOR GATE Q=1
XNOR GATE Q=1
MAWAORO (MAR)
1. OR GATE. Q=1
2. AND GATE. Q=0
3. NOR GATE. Q=0
4. NAND GATE. Q=1
5. XOR GATE. Q=1
6. XNOR GATE. Q=1
NDUKA(EEE)
1.OR GATE, Q=1
2.AND GATE, Q=0
3.NOR GATE, Q=0
4.NAND GATE, Q=1
5.XOR GATE, Q=1
6.XNOR GATE,Q=1
OSIDE (MEC)
OR GATE Q= 1
AND GATE Q= 0
NOR GATE Q= 0
NAND GATE Q= 1
XOR GATE Q= 0
XNOR GATE Q= 0
AKPOJIYOVWI KENNETH{Mechanical Engineering Department}
1. OR gate, Q = 1
2. AND gate, Q = 0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
IVROGBO DANIEL (MEC)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
Anyaoku (MEC)
OR GATE, Q=1
AND GATE, Q=0
NOR GATE, Q=0
NAND GATE, Q=1
XOR GATE, Q=1
XNOR GATE, Q=1
Aiyeyi (EEE)
OR gate; q = 1
AND gate; q = 0
NOR gate; q = 0
NAND gate; q = 1
XOR gate; q = 0
XNOR gate; q = 0
Very interesting
THANKGOD (MECH)
A. 1
B. 0
C. 0
D. 1
E. 0
F. 0
INIWO (MAR)
1. OR gate,Q = 1
2. AND gate, Q =0
3. NOR gate, Q = 0
4. NAND gate, Q = 1
5. XOR gate, Q = 1
6. XNOR gate, Q = 1
WILSON (MAR)
1. OR gate, Q=1
2. AND gate, Q=0
3. NOR gate, Q=0
4. NAND gate, Q=1
5. XOR gate, Q=1
6. XNOR gate, Q=1
ODODO (MEC)
1. OR GATE: output (Q) = 1
2. AND GATE: output (Q) = 0
3. NOR GATE: output (Q) = 0
4. NAND GATE: output (Q) = 1
5. XOR GATE: output (Q) = 1
6. XNOR GATE: output (Q) =1
OPIA (EEE)
1. OR gate, Q= 1
2. AND gate, Q= 0
3. NOR gate, Q= 0
4. NAND gate, Q=1
5. XOR gate, Q =1
6. XNOR gate, Q = 1
OBIORAH [EEE]
1. OR GATE , Q = 1
2. AND GATE, Q = 0
3. NOR GATE, Q = 0
4. NAND GATE, Q = 1
5. XOR GATE, Q = 1
6. XNOR GATE, Q= 1