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(ii) Military strength and organization: The city was founded by warriors and developed into a strong military state. Its well-organized army, led by war generals known as Baloguns, enabled it to conquer neighboring territories and defend against external threats, expanding its influence in Yorubaland.
(iii) Collapse of older Yoruba kingdoms: The fall of powerful kingdoms like Oyo due to internal crises and external attacks created a power vacuum. Ibadan emerged as a new center of authority by absorbing refugees, warriors, and administrators from these collapsed states, boosting its population and leadership capacity.
(iv) Effective political structure: Ibadan’s unique political system, which combined military leadership with a council of elders, ensured stability and effective governance. Power was shared among war chiefs, promoting collective decision-making and preventing tyranny.
(v) Control of trade routes: Ibadan dominated important trade routes linking Yorubaland to the north and south. By securing these routes, it became a hub for the exchange of goods such as kola nuts, palm oil, and imported items, increasing its wealth and regional importance.
(vi) Absorption of skilled migrants: The city attracted a diverse population of artisans, traders, farmers, and scholars fleeing wars elsewhere in Yorubaland. This influx of talent and labor contributed to Ibadan’s economic growth, cultural richness, and political stability, solidifying its status as a major power.
*NECO HISTORY*
*NUMBER SIX*
(6)
(i) Economic interests: The British were eager to gain direct control over trade in the Benin region, especially the palm oil trade, which was vital to their industrial economy. Benin's refusal to open its markets freely to British merchants created tensions, as the British sought to eliminate restrictions and monopolize commerce.
(ii) Resistance to British influence: The Oba of Benin firmly resisted British interference in the kingdom's internal affairs. He rejected treaties and limited British presence in his territory, which was seen as a challenge to British imperial authority and their goal of expanding colonial control in West Africa.
(iii) Strategic colonial expansion: Britain aimed to consolidate its control over southern Nigeria and establish a continuous territory under its rule. Conquering Benin was seen as essential for connecting other colonial territories and strengthening administrative control in the Niger Delta region.
(iv) Misrepresentation of events: The British used the ambush of a British-led delegation in 1897 as justification for military intervention. Although the Oba had warned against the visit due to ongoing sacred rituals, the incident was portrayed as an unprovoked attack, giving the British a pretext for invasion.
(v) Desire to eliminate slavery and human sacrifice: British colonial propaganda emphasized the need to end practices such as slavery and human sacrifice in Benin. These moral arguments were used to gain support for the conquest, though economic and political motives were the primary drivers.
(vi) Use of superior military technology: The British had advanced weaponry and well-trained forces, which they used to overpower Benin’s traditional army. Their military advantage made the conquest swift and decisive, allowing them to capture the city, depose the Oba, and annex the kingdom into the British Empire.
*NECO HISTORY*
*NUMBER EIGHT*
(8)
(i) Republican status: The 1963 Constitution marked Nigeria’s transition from a constitutional monarchy to a republic. It removed the British monarch as head of state and replaced the Governor-General with a Nigerian President, who served as a ceremonial head of state, symbolizing full political independence.
(ii) Federal system of government: The Constitution maintained a federal structure with clear divisions of powers between the central government and the regions.
(3)
(i) Expansion of the slave trade: Commercial relations with Europe intensified the trans-Atlantic slave trade, leading to widespread capture and sale of people. This resulted in population loss, disruption of families, and long-term social instability across many Nigerian communities.
(ii) Emergence of powerful merchant elites: The trade created a wealthy class of local African middlemen who acted as intermediaries between European traders and local producers. These elites gained political influence and sometimes challenged traditional authorities, altering existing power structures.
(iii) Increased warfare and insecurity: The demand for slaves encouraged inter-group conflicts and raids, as communities sought captives to sell to European traders. This led to militarization and the destruction of some settlements, creating a cycle of violence and instability.
(iv) Introduction of foreign goods: European goods such as textiles, alcohol, and firearms became widespread in Nigerian societies. These items changed consumption patterns, created dependency on foreign products, and sometimes undermined local industries and traditional crafts.
(v) Shifts in economic focus: Economic activities shifted from agriculture and internal trade to the external slave trade and export-oriented commerce. This change affected food production and internal trade networks, weakening the traditional economy and self-sufficiency.
(vi) Transformation of political systems: The wealth and influence gained from trade led to the centralization of some political systems, as rulers and warlords sought to control trade routes and markets. This strengthened the authority of some kingdoms but also created tensions and rivalries.
*NECO HISTORY*
*NUMBER FOUR*
(4)
(i) Overthrow of existing rulers: Usman Dan Fodio’s Jihad led to the fall of many Hausa kings who were seen as corrupt and un-Islamic. These rulers were replaced by Fulani emirs who pledged allegiance to the Sokoto Caliphate, resulting in a major political transformation across Hausaland.
(ii) Creation of the Sokoto Caliphate: One of the most significant effects of the Jihad was the establishment of the Sokoto Caliphate, a large and centralized Islamic empire that brought various Hausa states under one religious and political authority. This promoted greater unity among the previously fragmented territories.
(iii) Spread of Islam: The Jihad led to the widespread adoption of Islam in Hausaland. Islamic education, culture, and legal systems were promoted, with Sharia (Islamic law) becoming the basis for governance in many areas under the Caliphate's control.
(iv) Reform of governance and justice: The Caliphate introduced Islamic administrative systems and legal reforms aimed at ensuring justice, morality, and accountability. Courts were established based on Islamic principles, and rulers were expected to lead according to Islamic values.
(v) Changes in social structure: The Jihad reduced the influence of traditional Hausa nobility and elevated the Fulani scholars and warriors who led the Islamic movement. Social mobility became possible for those who demonstrated religious knowledge and piety, regardless of ethnic background.
(vi) Impact on neighboring regions: The success of the Jihad inspired similar Islamic movements in other parts of West Africa. It also led to the expansion of trade, education, and diplomatic relations between Hausaland and surrounding Islamic states, spreading the influence of the Sokoto Caliphate beyond its borders.
: *NECO HISTORY*
*NUMBER FIVE*
(5)
(i) Strategic location: Ibadan was situated in a fertile and defensible area, ideal for agriculture and trade. Its position between the northern savannah and southern forest zones made it a key center for commerce and military operations, attracting people and resources.
NECO HISTORY OBJ ANSWERS
01-10: CBADBBCADA
11-20: ADDBBACCAC
21-30: CDBCCDCBBB
31-40: ACBBACEABA
41-50: DAEDAEACCE
51-60: BDABD
MORE COMING
*NECO HISTORY*
*NUMBER ONE*
(1)
(i) Geographical advantages: The availability of fertile land and favorable climatic conditions enabled agricultural surplus, which supported large populations. This agricultural prosperity created the need for organized governance structures to manage resources and ensure security, leading to centralized control.
(ii) Trade and economic development: The growth of long-distance trade routes encouraged the rise of powerful leaders who could protect traders and regulate markets. The accumulation of wealth through trade demanded a centralized authority to control economic activities and coordinate interactions with foreign merchants.
(iii) Military strength and conquest: Communities that developed strong military forces were able to subdue neighboring areas and incorporate them into larger political units. Centralized states emerged as a result of the need to maintain order, defend boundaries, and administer conquered territories under a single authority.
(iv) Religion and spiritual authority: Religious beliefs played a role in unifying people under a central leader who was seen as divinely guided or possessing spiritual power. This spiritual legitimacy helped rulers command obedience and loyalty, thereby strengthening centralized political systems.
(v) Administrative efficiency: The establishment of organized bureaucracies helped central authorities manage their domains more effectively. The creation of structured administrative systems allowed rulers to collect taxes, enforce laws, and maintain communication across wide territories, reinforcing centralization.
(vi) Cultural and linguistic unity: Shared customs, languages, and traditions contributed to a sense of collective identity among people within a region. This unity made it easier for centralized leadership to emerge and be accepted by the population, fostering stable governance and centralized institutions.
*NECO HISTORY*
*NUMBER TWO*
(2)
(i) Clan-based structure: The Isoko society was organized into clans, which were extended family groups tracing their ancestry to a common forebear. Each clan functioned as a distinct social and political unit, with its own internal governance and leadership system.
(ii) Council of elders: Leadership within the Isoko clans was vested in a council of elders composed of the most senior and respected members of the community. These elders made decisions on important matters such as land disputes, communal issues, and the enforcement of customary laws.
(iii) Gerontocracy: The Isoko political system was gerontocratic, meaning that age determined leadership. The oldest male members of society held the most influence, as wisdom and experience were highly valued. The oldest man in a community often served as the clan head or community leader.
(iv) Village autonomy: Each Isoko village operated as an independent political unit with its own leadership and decision-making body. There was no central authority governing all villages, and inter-village relations were based on mutual respect, alliance, and sometimes conflict resolution through negotiations.
(v) Customary laws and traditions: The Isoko people were governed by unwritten customary laws that had been passed down through generations. These customs regulated marriage, inheritance, land ownership, and social conduct, and were enforced by the council of elders.
(vi) Religious leadership: Religion played a vital role in governance. Priests and religious leaders were responsible for conducting rituals, maintaining shrines, and serving as intermediaries between the people and the spiritual world. These leaders held significant influence over political decisions and social order.
*NECO HISTORY*
*NUMBER THREE*
(5aiii)
Electromotive force (emf) is the energy supplied by a source such as a battery or generator per unit electric charge that passes through it. It is the potential difference across the terminals of the source when no current is flowing. The SI unit of emf is the volt (V).
(5b)
(i) Heating Effect: When electric current flows through a conductor, it generates heat due to the resistance of the material.
(ii) Magnetic Effect: An electric current flowing through a conductor produces a magnetic field around it.
(iii) Chemical Effect: Electric current can cause chemical reactions, such as electrolysis, when passed through an electrolyte.
(5c)
Given:
Effective Inductances of Four Inductors: 2H, 4H, 5H, 10H
(i) Series: For inductors in series, the effective inductance is the sum of the individual inductances:
Leff = L₁ + L₂ + L₃ + L₄
Leff = 2 + 4 + 5 + 10 = 21H
Leff = 21H
(ii) Parallel: For inductors in parallel, the reciprocal of the effective inductance is the sum of the reciprocals of the individual inductances:
Leff = (1/L₁) + (1/L₂) + (1/L₃) + (1/L₄)
Leff = (1/2) + (1/4) + (1/5) + (1/10)
Leff = ((10+5+4+2)/20) = 21/20
Leff = 20/21
Leff = 0.952H
===========================
(6a)
Faraday’s First Law:
Whenever a conductor is placed in a changing magnetic field, an electromotive force (EMF) is induced in the conductor. If the conductor forms a closed circuit, an induced current flows.
Faraday’s Second Law:
The magnitude of the induced EMF is directly proportional to the rate at which the magnetic flux linking the conductor changes. The direction of the induced EMF always opposes the change in magnetic flux that produces it (this is known as Lenz's Law).
(6b)
A transformer is an electrical device that transfers electrical energy between two or more circuits through electromagnetic induction. It typically consists of two coils (primary and secondary) wound around a magnetic core. The transformer operates on the principle of mutual induction, where a changing current in the primary coil induces an EMF in the secondary coil, allowing voltage to be stepped up or stepped down.
(6c)
(i) Copper Losses
(ii) Iron (Core) Losses
(iii) Flux Leakage Losses
(6d)
The efficiency of a transformer is the ratio of the output power to the input power, usually expressed as a percentage. It measures how well the transformer converts input electrical power to output electrical power without losses.
===========================
(7a)
A semiconductor is a material whose electrical conductivity lies between that of a conductor and an insulator. Its conductivity can be controlled and modified by adding impurities or by changing external conditions such as temperature or electric field, making it essential for electronic devices.
(7b)
(i) Silicon (Si)
(ii) Germanium (Ge)
(iii) Gallium Arsenide (GaAs)
(7c)
Doping is the intentional process of adding a small amount of impurity atoms (dopants) to a pure semiconductor material. This process is done to change the semiconductor's electrical properties by increasing its conductivity, making it more useful for electronic devices.
(7d)
(i) Boron (B)
(ii) Aluminium (Al)
(7e)
(i) Phosphorus (P)
(ii) Arsenic (As)
===========================
*≠COMPLETED≠*
*NABTEB 2025 BASIC ELECTRICITY ANSWERS*
BASIC ELECTRICITY
1-10: CABAAACCAB
11-20: CACBDCADCA
21-30: DCCDBBCBDC
31-40: CABABCCACC
_INSTRUCTION: ANSWER FIVE(5) QUESTIONS ONLY_
(1ai)
Capacitive reactance is the opposition that a capacitor offers to the flow of alternating current (AC) due to the capacitor’s ability to store and release energy in its electric field. It is inversely proportional to both the frequency of the AC signal and the capacitance.
(1aii)
Inductive reactance is the opposition that an inductor offers to the flow of alternating current due to the inductor’s property of generating a back electromotive force (emf) when the current changes. It is directly proportional to both the frequency of the AC signal and the inductance.
(1bi)
Peak Value of the Voltage(V₀):
The peak value is the amplitude of the sine function:
V₀ = 30 V
(1bii)
RMS Value of the Voltage(Vrms):
RMS value for a sinusoidal voltage is:Vrms = V₀/√2
Vrms = 30/√2 = 30 /1.414 ≈ 21.21V
(1biii)
Angular Frequency(ω):
The angular frequency (ω) is the coefficient of t in the sine function, which is:
ω = 1000π rad/s
(1biv)
Frequency(f):
Frequency is related to angular frequency by:ω = 2πf.
Rearranging for f gives f = ω/2π
f = 1000π/2π = 500Hz
(1bv)
Period(T):
Period is the reciprocal of frequency: T = 1/f
T = 1/500 = 0.002s
===========================
(3ai)
Resistance is the property of a material or device that opposes the flow of electric current through it. It determines how much current will flow for a given voltage applied across the material. It is measured in ohms (Ω).
(3aii)
Inductance is the property of an electrical conductor by which a change in current flowing through it induces an electromotive force (emf) either in the conductor itself or in a nearby conductor. It is measured in Henry (H).
(3bi)
Yellow, Violet, Red, Gold:
-Yellow = 4 (first digit)
-Violet = 7 (second digit)
-Red = 2 (multiplier, 10²)
-Gold = ±5% tolerance
Resistance = 47 × 10² Ω = 4700 Ω = 4.7kΩ
Tolerance = ±5%
(3bii)
Blue, Red, Orange, Silver:
-Blue = 6 (first digit)
-Red = 2 (second digit)
-Orange = 3 (multiplier, 10³)
-Silver = ±10% tolerance
Resistance = 62 × 10³ Ω = 62000 Ω = 62kΩ
Tolerance = ±10%
(3biii)
Brown, Grey, Black, Gold:
-Brown = 1 (first digit)
-Grey = 8 (second digit)
-Black = 0 (multiplier, 10⁰)
-Gold = ±5% tolerance
Resistance = 18 × 10⁰ Ω = 18Ω
Tolerance = ±5%
===========================
(4a)
Ohm’s law states that the current flowing through a conductor is directly proportional to the voltage applied across it, provided the temperature and other physical conditions remain constant. Mathematically, it is expressed as: V = IR
(4b)
(i) They cannot be recharged once exhausted.
(ii) They have a limited lifespan and lose capacity over time.
(iii) They may have a high internal resistance which reduces efficiency.
(iv) They can leak or corrode, causing damage to devices.
(v) The voltage output may drop gradually during use.
(4c)
Given:
-R₁ = 10Ω
-R₂ = 15Ω
-Total emf = 4 × 2 = 8V
-r = 0.2Ω (internal resistance)
-Resistors are in parallel
Equivalent resistance of the parallel combination:
1/Req = (1/R₁ +
1/R₂) = 1/10 + 1/15 = 3+2/30 = 5/30
Req = 30/5 = 6Ω
Total resistance in the circuit (including internal resistance):
R_total = Req + r = 6 + 0.2 = 6.2Ω
Total current from the battery(I_total):
I_total = (emf/R_total) = 8/6.2 = 1.29A
(4ci)
p.d. across each resistor:
V = emf - Ir = 8 - (1.29 × 0.2) = 8 - 0.258 = 7.742V
p.d. across each resistor = 7.742V
(4cii)
Current through each resistor:
For R₁ = 10Ω:
I₁ = V/R₁ = (7.742/10) = 0.774A
For R₂ = 15Ω:
I₂ = V/R₂ = (7.742/15) = 0.516A
===========================
(5ai)
Power is defined as the rate at which work is done or energy is transferred or converted per unit time. The SI unit of power is the watt (W).
(5aii)
Energy is the ability to do work, which means the ability to exert a force causing the displacement of an object. The SI unit of energy is the joule (J).
Ogun state BECE yoruba
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*🆙 NECO UP NEXT*➡️
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https://wa.me/message/VQNVELNG7SZLM1 🔥Repost from MARKETING AFFILIATION SYSTEM
*NABTEB PHYSICS OBJECTIVE*
1-10: BACCAABBDB
11-20: AABCCADBCC
21-30: CDDBABBAAC
31-40: CBAABDCBCC
41-50: BBCCBCBCCD
*COMPLETED 💯* 💯
Repost from MARKETING AFFILIATION SYSTEM
(4a)
(i) Truth table: A truth table is a table that shows all possible input values and the corresponding output of a logical operation. It is used in Boolean algebra and digital electronics to understand how logic gates work.
(ii) Boolean logic: Boolean logic is a form of algebra that deals with true or false values (1 or 0). It uses logical operations such as AND, OR, and NOT to perform comparisons and decisions in computers and digital systems.
(4b)
X Y (OR) X + Y . (AND) X × Y
0 0 0 0
0 1 1 0
0. 0. 1 0
0 1 1 1
*==================================*
(5ai)
(i). Open Microsoft Word.
(ii). Go to the "Design" tab on the ribbon.
(iii). Click on "Watermark" in the Page Background group.
(iv). Select a pre-designed watermark (e.g., Confidential, Draft) or click "Custom Watermark".
(iv).Choose Text Watermark or Picture Watermark.
(v). Customize it and click Apply, then OK.
(5aii)
(i). Open the document in Microsoft Word.
(ii). Click on the "Layout" or "Page Layout" tab.
(iii). Click on "Orientation" in the Page Setup group.
(iv). Choose either Portrait or Landscape.
(v). The page will change to the selected orientation.
(5aiii)
A footer is the section located at the bottom margin of a page in a document. It can contain information such as page numbers, dates, author's name, or file name. Footers appear on all or selected pages and are used to provide consistent information throughout a document.
(5b)
(i) SUM: The SUM function is used to add together a range of numbers or cells. For example, =SUM(A1:A5) will add all the values in cells A1 through A5.
(ii) AVERAGE: This function calculates the mean value of a range of numbers. It adds the numbers together and divides by the count of the numbers.
(iii) MIN: The MIN function returns the smallest value in a given set of numbers. For example, =MIN(5, 12, 3, 9) returns 3.
(iv) MAX: This function returns the largest value in a given range. For example, =MAX(10, 23, 5) returns 23.
(v) COUNT: is used to count the number of numeric entries in a range.
(vi) TRIM: The TRIM function removes all extra spaces from text, leaving only single spaces between words. For example, =TRIM(" Hello World ") returns "Hello World".
*==================================*
(6a)
(i) Notes Pane: The Notes Pane allows the presenter to add speaker notes that will not be visible to the audience during the slide show but will guide the speaker during the presentation.
(ii) Outline Tab: The Outline Tab displays the textual content of all slides in a structured format. It helps the user focus on slide titles and main points quickly.
(iii) Slide Pane: The Slide Pane shows the selected slide in large view and allows for editing slide contents directly. It is the main workspace when building a presentation.
(iv) Slide Tab: This tab displays thumbnail previews of all slides in the presentation. It helps users quickly navigate and reorder slides.
(v) Navigation Pane: The Navigation Pane provides an overview of the slide structure. It is useful for navigating between different sections and slides of a presentation.
(vi) View Button: The View Button allows the user to switch between different views such as Normal, Slide Sorter, Reading View, and Slide Show. These views offer various ways to work with slides.
(6bi)
(i). Data Organization: Databases store data in an organized way, making retrieval and management easier.
(ii). Data Sharing: Multiple users can access the same data at the same time.
(iii). Reduced Data Redundancy: Information is stored once and reused, reducing repetition.
(iv). Data Integrity: Ensures that the data entered is accurate and consistent.
(v) Data Security: Allows user permissions to be set, restricting access to sensitive information.
(vi). Efficient Querying: Provides tools (like SQL) for fast searching, filtering, and sorting of data.
Repost from MARKETING AFFILIATION SYSTEM
NABTEB COMPUTER CRAFT STUDIES OBJECTIVE
1-10: ABADCCABBC
11-20: BCDAACBDAA
21-30: BCAABCBDCA
31-40: ADCCCCCDAC
COMPLETED 💯💯
*2025 NABTEB COMPUTER CRAFT STUDIES*
_INSTRUCTIONS; ANSWER FIVE QUESTIONS ONLY_
(1a)
(i) Hardware refers to the physical components of a computer system that can be seen and touched. These include devices like the keyboard, mouse, monitor, my system unit, printer, and scanner. Hardware provides the platform on which software runs and is essential for the functioning of a computer.
(ii) Software is a set of instructions or programs that tell the computer what to do. It is the non-physical part of the computer and includes operating systems (like Windows), application software (like Microsoft Word), and utility software (like antivirus programs). Software makes hardware functional.
(iii) Data processing is the collection and manipulation of data to produce meaningful information. It involves input (data entry), processing (using software to work on the data), storage, and output (producing results). For example, calculating students’ exam scores using a spreadsheet.
(iv) Data validation is the process of ensuring that data entered into a computer system is correct, accurate, and useful. It helps to detect and prevent errors by using techniques such as range checks, format checks, and consistency checks. This ensures that only valid data is processed.
(1b)
(i) Batch processing is a method of data processing where similar data are collected over a period and processed together as a single batch. It is used for tasks that do not require immediate results. For example, processing payroll for employees at the end of the month.
(ii) Real-time processing is the method of data processing where data is processed immediately after it is entered. It provides instant feedback and is used in systems where quick response is crucial. For example, ATM transactions or airline reservation systems.
*==================================*
(2a)
Data transmission is the process of sending digital or analog data between two or more computers or devices over a communication medium such as cables, wireless signals, or optical fiber. It is essential for sharing information and resources in networks.
(2b)
(i) Simplex: This is a one-way communication where data flows in only one direction. The sender can only send, and the receiver can only receive. An example is a television broadcast.
(ii) Half duplex: In half-duplex communication, data can flow in both directions, but only one direction at a time. When one device is sending, the other must wait. A common example is a walkie-talkie.
(iii) Full-duplex communication allows data to flow in both directions at the same time. It is like a two-way street. An example is a phone call where both people can talk and listen simultaneously.
(iv) Synchronous transmission is when data is sent at regular intervals, in a timed and coordinated manner. Both sender and receiver are synchronized by a clock signal. It is fast and efficient, used in systems like real-time video conferencing.
(v) Asynchronous:
Asynchronous transmission sends data at irregular intervals with start and stop bits to mark the beginning and end of the transmission. It is suitable for low-speed communication like keyboard or mouse input.
*==================================*
(3a)
Control statements in BASIC (Beginner's All-purpose Symbolic Instruction Code) are instructions that control the flow of execution in a program. They determine whether certain parts of code should be executed based on conditions. *Examples include* IF...THEN, FOR...NEXT, and WHILE...WEND. These statements help in decision-making and loop execution.
(3b)
10 INPUT "Enter first number: ", A
20 INPUT "Enter second number: ", B
30 INPUT "Enter third number: ", C
40 LET SUM = A + B + C
50 PRINT "The sum is: ",SUM
60 END
*==================================*
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