UPCAT General Science (Extended) — Machines, Energy & Energy ResourcesMemory Anchors

Tags

• classification
• list

Topic

Simple Machines

Concept

Six Simple Machines

Anchor Id

A1

Difficulty

easy

Memory Aid

Let's Win In Places Selling Wares - Lever, Wheel and axle, Inclined plane, Pulley, Screw, Wedge

Anchor Type

acronym

Why It Works

The acronym creates a memorable sentence about selling items, which connects to how machines make work easier - like selling your strength efficiently

Example Usage

When an exam asks 'List the six simple machines,' immediately think 'Let's Win In Places Selling Wares' and decode: L=Lever, W=Wheel and axle, I=Inclined plane, P=Pulley, S=Screw, W=Wedge

Recall Trigger

Think 'Let's Win' when asked about simple machines

Tags

• definition
• process

Topic

Simple Machines - Lever

Concept

Lever and Fulcrum Operation

Anchor Id

A2

Difficulty

easy

Memory Aid

A lever is like a seesaw at the playground - the fulcrum is the center support, and when you push down on one side (apply force), your friend goes up on the other side (the load moves). The closer you sit to the center, the harder it is to lift your friend; the farther away, the easier it becomes.

Anchor Type

analogy

Why It Works

Everyone knows how a seesaw works from childhood experience, making this complex physics concept instantly relatable

Example Usage

When asked how a lever works, visualize the seesaw: 'A lever works like a seesaw where the fulcrum acts as the center support, and applying force at one end creates movement at the other end.'

Recall Trigger

Picture children playing seesaw

Tags

• classification
• list

Topic

Energy Forms

Concept

Nine Forms of Energy

Anchor Id

A3

Difficulty

medium

Memory Aid

My Teacher Needs Chemistry Experiments So Great, I Excel - Mechanical, Thermal, Nuclear, Chemical, Electromagnetic, Sonic, Gravitational, Ionization, Electric

Anchor Type

acronym

Why It Works

Creates a story about excelling in science class, which is motivational and connects all energy forms to academic success

Example Usage

For questions asking about energy types, remember 'My Teacher Needs Chemistry Experiments So Great, I Excel' and decode each letter to the corresponding energy form

Recall Trigger

Think 'My Teacher Needs' when listing energy forms

Tags

• definition
• comparison

Topic

Mechanical Energy

Concept

Kinetic vs Potential Energy

Anchor Id

A4

Difficulty

easy

Memory Aid

Kinetic = K = Kalaw (moving bird) - always picture a kalaw bird flying fast through the sky. Potential = P = Patak (drop) - picture a water drop hanging from a faucet, ready to fall but not moving yet.

Anchor Type

visual_association

Why It Works

Uses familiar Filipino words and vivid imagery to distinguish between energy of motion versus stored energy

Example Usage

When asked to identify energy types: 'A moving car has kinetic energy like a flying kalaw bird, while a book on a shelf has potential energy like a water drop ready to patak'

Recall Trigger

Flying kalaw for kinetic, hanging water drop for potential

Tags

• process
• classification

Topic

Heat Transfer

Concept

Three Methods of Heat Transfer

Anchor Id

A5

Difficulty

medium

Memory Aid

Connie the chef (Conduction) touches the hot pan directly and burns her hand. Her friend Victor (Convection) stands near the stove and feels warm air rising from the hot soup. Meanwhile, Ray (Radiation) sits across the room but still feels heat from the oven's glowing coils without touching anything.

Anchor Type

micro_story

Why It Works

Creates memorable characters whose actions demonstrate each heat transfer method, making abstract physics concepts concrete

Example Usage

When explaining heat transfer: 'Conduction is direct contact like Connie touching the pan, Convection is fluid movement like Victor feeling rising warm air, Radiation needs no medium like Ray feeling heat across the room'

Recall Trigger

Think of the kitchen scene with Connie, Victor, and Ray

Tags

• classification
• comparison

Topic

Energy Resources

Concept

Renewable vs Non-renewable Energy Resources

Anchor Id

A6

Difficulty

easy

Memory Aid

Renewable resources are like your hair - they keep growing back no matter how much you cut. Non-renewable resources are like your baby teeth - once they fall out, they're gone forever and won't grow back.

Anchor Type

analogy

Why It Works

Uses personal, relatable body experiences that everyone understands to explain complex environmental concepts

Example Usage

When categorizing energy sources: 'Solar power is renewable like hair that grows back, while coal is non-renewable like baby teeth that don't return once lost'

Recall Trigger

Think of cutting hair versus losing baby teeth

Tags

• classification
• list

Topic

Renewable Energy

Concept

Five Renewable Energy Sources

Anchor Id

A7

Difficulty

medium

Memory Aid

Big Green Sustainable World Heroes - Biomass, Geothermal, Solar, Wind, Hydroelectric

Anchor Type

acronym

Why It Works

Creates an environmental superhero theme that appeals to students' desire to save the planet

Example Usage

For renewable energy questions, think 'Big Green Sustainable World Heroes' and name: Biomass from plants, Geothermal from Earth's heat, Solar from sun, Wind from air movement, Hydroelectric from water

Recall Trigger

Think of green superhero team

Tags

• classification
• characteristics

Topic

Non-renewable Energy - Fossil Fuels

Concept

Three Types of Fossil Fuels

Anchor Id

A8

Difficulty

easy

Memory Aid

Coal is black and makes you cough, Petroleum flows when pressure's off, Natural gas burns clean and bright, These three fuels give us light

Anchor Type

rhyme

Why It Works

Rhymes are naturally memorable and the poem describes key characteristics of each fossil fuel

Example Usage

When listing fossil fuels, recite the rhyme to remember: Coal (solid, black), Petroleum/Oil (liquid that flows), Natural gas (gaseous, burns cleanly)

Recall Trigger

Start with 'Coal is black...'

Tags

• sequence
• classification

Topic

Coal Classification

Concept

Four Types of Coal by Rank

Anchor Id

A9

Difficulty

medium

Memory Aid

Poor Little Boy Ate - Peat (lowest rank), Lignite, Bituminous, Anthracite (highest rank). Picture a poor little boy who ate coal and got stronger with each type until he became super strong with anthracite.

Anchor Type

memory_chain

Why It Works

Creates a progression story where the character gets stronger, mirroring how coal gets higher in rank and energy content

Example Usage

When asked about coal types in order: 'Poor Little Boy Ate shows the progression: Peat (weakest), Lignite, Bituminous, Anthracite (strongest)'

Recall Trigger

Picture the boy getting stronger with each coal type

Tags

• law
• principle

Topic

Energy Conservation

Concept

Law of Conservation of Energy

Anchor Id

A10

Difficulty

medium

Memory Aid

Energy is like money in your family budget - you can't create money out of thin air or make it disappear completely. You can only move it from one envelope (savings) to another envelope (groceries), or change its form (cash to coins), but the total amount stays the same.

Anchor Type

analogy

Why It Works

Uses familiar concept of family budgeting to explain abstract physics law about energy conservation

Example Usage

When explaining conservation of energy: 'Energy cannot be created or destroyed, only transformed from one form to another, just like money in a family budget moves between different envelopes but the total stays the same'

Recall Trigger

Think of family budget envelopes

Tags

• definition
• process

Topic

Simple Machines - Wheel and Axle

Concept

Wheel and Axle Mechanism

Anchor Id

A11

Difficulty

easy

Memory Aid

Picture a steering wheel of a jeepney - the large wheel (steering wheel) is connected to a smaller axle. When the driver turns the big wheel with little effort, the small axle turns with much more force, making it easier to steer the heavy vehicle.

Anchor Type

visual_association

Why It Works

Uses the iconic Filipino jeepney that students see daily, making the mechanical advantage concept relatable

Example Usage

When explaining wheel and axle: 'Like a jeepney's steering wheel, the large wheel multiplies force applied to it through the smaller connected axle'

Recall Trigger

Picture jeepney steering wheel

Tags

• definition
• process

Topic

Simple Machines - Inclined Plane

Concept

Inclined Plane Function

Anchor Id

A12

Difficulty

easy

Memory Aid

Maria needs to move a heavy refrigerator into her truck. She could try to lift it straight up (very hard!), but instead she uses a wooden ramp. By pushing the fridge up the longer slanted path, she uses less force even though she covers more distance. 'Mas madali pero mas malayo' - easier but farther!

Anchor Type

micro_story

Why It Works

Uses a common moving scenario and Filipino phrase to explain how inclined planes trade distance for force

Example Usage

When explaining inclined planes: 'Like Maria using a ramp for her refrigerator, inclined planes make work easier by spreading the effort over a longer distance'

Recall Trigger

Think of Maria and her refrigerator ramp

Tags

• process
• definition

Topic

Nuclear Energy

Concept

Nuclear Energy Process

Anchor Id

A13

Difficulty

hard

Memory Aid

Nuclear fission is like breaking open a piñata filled with smaller piñatas - when you crack the uranium atom (big piñata), it splits and releases tremendous energy, just like when a piñata bursts and candy explodes everywhere. The 'candy' is the energy we capture.

Anchor Type

analogy

Why It Works

Uses the familiar Filipino tradition of piñatas to explain the complex process of nuclear fission

Example Usage

When explaining nuclear energy: 'Nuclear fission splits uranium atoms like breaking a piñata, releasing enormous amounts of energy from the atom's nucleus'

Recall Trigger

Picture breaking a uranium piñata

Tags

• definition
• process

Topic

Simple Machines - Pulley

Concept

Pulley System Advantage

Anchor Id

A14

Difficulty

easy

Memory Aid

Picture the flag ceremony at school - the rope goes over a pulley at the top of the flagpole. When you pull down on the rope (easy direction), the flag goes up (hard direction). The pulley changes the direction of your force and can make lifting easier.

Anchor Type

visual_association

Why It Works

Uses daily school experience that every Filipino student knows to explain mechanical advantage

Example Usage

When explaining pulleys: 'Like raising the flag at school, pulleys change force direction and can provide mechanical advantage to make lifting easier'

Recall Trigger

Think of morning flag ceremony

Tags

• classification
• comparison

Topic

Heat Transfer - Conduction

Concept

Conductors vs Insulators

Anchor Id

A15

Difficulty

easy

Memory Aid

Chef Carlos has two spoons - one metal (conductor) and one wooden (insulator). When he puts both in hot adobo, the metal spoon becomes too hot to touch because it conducts heat quickly to his hand. The wooden spoon stays cool because it insulates, keeping the heat from traveling to his fingers.

Anchor Type

micro_story

Why It Works

Uses cooking scenario familiar to Filipino students to demonstrate heat conduction properties

Example Usage

When identifying conductors and insulators: 'Metals are conductors like the hot metal spoon in adobo, while wood is an insulator like the cool wooden spoon'

Recall Trigger

Think of Chef Carlos with two different spoons

Tags

• definition
• source

Topic

Renewable Energy - Geothermal

Concept

Geothermal Energy Source

Anchor Id

A16

Difficulty

medium

Memory Aid

Picture Taal Volcano and other hot springs in the Philippines - deep underground, the Earth is like a giant fire-breathing dragon sleeping beneath our feet. Geothermal energy taps into this dragon's heat, bringing the underground fire to the surface to generate electricity for our homes.

Anchor Type

visual_association

Why It Works

Uses Philippines' famous volcanic geography and dragon imagery to make geothermal energy memorable

Example Usage

When explaining geothermal energy: 'Like tapping into the heat from volcanoes such as Taal, geothermal energy harnesses the Earth's internal heat from deep underground'

Recall Trigger

Think of sleeping fire dragon under Taal Volcano

Tags

• classification
• definition

Topic

Energy Forms - Electromagnetic

Concept

Electromagnetic Energy

Anchor Id

A17

Difficulty

medium

Memory Aid

EM energy = Electric + Magnetic waves traveling together. Remember: Light, Radio, X-rays, Gamma rays are all EM siblings traveling at the speed of light. Think 'EM family' - Electromagnetic family members all travel together.

Anchor Type

chunking

Why It Works

Groups related wave types as family members, making the category easier to remember and understand

Example Usage

When identifying electromagnetic energy: 'All forms of light, radio waves, and gamma rays belong to the electromagnetic family - they're all EM energy traveling as electric and magnetic waves'

Recall Trigger

Think of EM family traveling together

Tags

• process
• generation

Topic

Renewable Energy - Hydroelectric

Concept

Hydroelectric Power Generation

Anchor Id

A18

Difficulty

medium

Memory Aid

Hydroelectric power works like a rice mill powered by water wheel. Fast-flowing river water (like Pasig River in full flow) turns giant turbine wheels, just like how flowing water turned the old rice mill wheels. The spinning motion gets converted to electricity instead of ground rice.

Anchor Type

analogy

Why It Works

Connects to traditional Filipino rice mills that students may know from provinces, explaining modern hydroelectric technology

Example Usage

When explaining hydroelectric power: 'Like traditional water mills that ground rice, hydroelectric plants use flowing water to spin turbines that generate electricity instead of processing grain'

Recall Trigger

Picture old water-powered rice mill

Tags

• classification
• comparison

Topic

Machine Classification

Concept

Compound vs Simple Machines

Anchor Id

A19

Difficulty

medium

Memory Aid

Simple machines are like basic ingredients - salt, pepper, oil. Compound machines are like complete dishes - adobo that combines soy sauce, vinegar, garlic, and meat. A bicycle is compound adobo because it combines simple ingredients: wheels and axles, levers (brakes), and pulleys (chain system).

Anchor Type

analogy

Why It Works

Uses Filipino cooking concepts that students understand to explain how simple machines combine into complex systems

Example Usage

When distinguishing machine types: 'Simple machines are basic components like ingredients, while compound machines combine several simple machines like adobo combines multiple ingredients'

Recall Trigger

Think of basic ingredients vs complete adobo dish

Tags

• definition
• process

Topic

Energy Forms - Chemical

Concept

Chemical Energy Storage and Release

Anchor Id

A20

Difficulty

medium

Memory Aid

Imagine chemical energy as 'baon' (packed lunch) stored in molecular 'lunch boxes.' When your body needs energy, it 'opens the lunch box' through chemical reactions, releasing the stored energy to power your muscles. Batteries work the same way - they store chemical baon and release electrical energy when needed.

Anchor Type

micro_story

Why It Works

Uses familiar concept of baon that all Filipino students understand to explain abstract chemical energy concepts

Example Usage

When explaining chemical energy: 'Chemical energy is like baon stored in molecular lunch boxes - chemical reactions open these boxes to release energy for work, just like eating releases energy for your body'

Recall Trigger

Think of molecular lunch boxes with energy baon

Formula

Mechanical Energy = Kinetic Energy + Potential Energy

Mnemonic

My Energy = King's Energy + Prince's Energy (M = K + P)

When To Use

When calculating total mechanical energy of moving objects at different heights

What Each Part Means

M = total mechanical energy, K = energy of motion, P = stored energy of position

Formula

Work = Force × Distance

Mnemonic

Workers Force Distance (W = F × D) - Workers apply Force over Distance

When To Use

When calculating work done by machines or determining mechanical advantage

What Each Part Means

W = work done, F = force applied, D = distance moved in direction of force

Chain Title

Six Simple Machines in Order

Recall Test

Can you name all six simple machines using the merchant's selling journey?

Memory Chain

Let's Win In Places Selling Wares - A merchant's journey selling tools: First he needs a Lever to pry open crates, then a Wheel to transport goods, an Inclined plane to load trucks, a Wedge to split wood, a Screw to build displays, and a Pulley to lift heavy items to his store.

Items To Remember

• Lever
• Wheel and Axle
• Inclined Plane
• Wedge
• Screw
• Pulley

Chain Title

Heat Transfer Methods

Recall Test

What are the three ways heat travels, and which character represents each?

Memory Chain

In the kitchen scene: Connie touches (Conduction), Victor feels air move (Convection), Ray feels heat from distance (Radiation)

Items To Remember

• Conduction
• Convection
• Radiation

Chain Title

Coal Types from Lowest to Highest Rank

Recall Test

What coal did the Poor Little Boy eat to become strongest?

Memory Chain

Poor Little Boy Ate coal and got stronger with each type: started weak with Peat, grew stronger with Lignite, became strong with Bituminous, became super strong with Anthracite

Items To Remember

• Peat
• Lignite
• Bituminous
• Anthracite

Chain Title

Renewable Energy Sources

Recall Test

Who are the Big Green Sustainable World Heroes fighting climate change?

Memory Chain

Big Green Sustainable World Heroes save the planet: Biomass from plants, Geothermal from Earth's heat, Solar from sun's power, Wind from air movement, Hydroelectric from flowing water

Items To Remember

• Biomass
• Geothermal
• Solar
• Wind
• Hydroelectric

Chain Title

Forms of Energy

Recall Test

What does your teacher need for great experiments to help you excel?

Memory Chain

My Teacher Needs Chemistry Experiments So Great, I Excel - Each word represents an energy form that helps students excel in science class

Items To Remember

• Mechanical
• Thermal
• Nuclear
• Chemical
• Electromagnetic
• Sonic
• Gravitational
• Ionization
• Electric