Retell Lecture
The Retell Lecture task in the PTE Speaking module
requires you to listen to a short academic lecture and then summarize it in
your own words. It tests your ability to understand, analyze, and clearly
communicate key information.
Task Overview
& Format
This is the fourth task in the Speaking section. The
format is standardized and consistent across the exam:
|
Feature |
Detail |
|
Number of Questions |
1 to 3 questions |
|
Audio/Video Length |
Up to 90 seconds |
|
Preparation Time |
10 seconds after the audio finishes, before you speak |
|
Time to Answer |
40 seconds to record your response |
|
Skills Assessed |
Listening and Speaking (This is a cross-score item) |
Scoring and
Importance
The Retell Lecture is a high-value question that
significantly impacts your overall score. It is scored by a combination of AI
and human raters.
Score Contribution: The task contributes approximately 6% to your overall score, and crucially,
it accounts for 13% of your Listening
score and 13% of your Speaking
score. This makes it a powerful opportunity to boost two key
communication skills simultaneously.
Scoring Criteria: Your response is evaluated on three main traits, and
the scoring is partial credit, meaning you can get points for a correct partial
answer.
Content: How accurately and completely you summarize the main
ideas and important details of the lecture in your own words. This includes the
correct use of vocabulary and logical organization.
Oral Fluency: The smoothness, pace, and natural rhythm of your
speech.
Pronunciation: The clarity and understandability of your speech.
A key strategic insight is that Fluency and Pronunciation are weighted heavily.
A fluent and clear summary that covers a few key points will score higher than
a hesitant, broken summary that attempts to include every detail.
Useful Tips &
Strategies
Here are the most effective strategies to master this
task, based on official sources:
Before the Lecture (Preparation)
Be Ready: The audio starts 3 seconds after the question
appears. Have your pen and erasable noteboard ready.
During the Lecture (Note-Taking)
Take Smart Notes: This is critical, as the lecture is too long to
remember perfectly. Your goal is to capture 5 to 7 key phrases or "chunks" of information.
Focus on the topic, key points, characters, actions, and connections between
ideas.
Use Symbols and
Connections: Use shorthand
symbols like -, +, &, and arrows
to show relationships between ideas for faster note-taking.
During Preparation Time (10
Seconds)
Review and
Rehearse: Look at your notes and
mentally plan your first sentence. Take a deep breath to calm your nerves.
Structure Your
Response: A simple, flexible
4-part structure works best for a high-scoring answer:
Opening (5
seconds): Introduce the main
topic. (e.g., "The speaker was
discussing...")
Key Point 1 (10
seconds): State your first key
idea. (e.g., "He/she mentioned
that...")
Key Point 2 (10
seconds): State your second key
idea. (e.g., "Furthermore, the speaker
explained that...")
Conclusion (5
seconds): End with a brief
concluding statement. (e.g., "Overall,
the lecture was about...")
During Your Response (40 Seconds)
Start Speaking
Immediately: When you hear the
beep, start speaking. There is no time to hesitate.
Speak for up to 40
Seconds: Aim to speak for close
to the full 40 seconds to cover the content requirements. A response that ends
a second or two early is better than getting cut off mid-sentence.
Use Linking Words: Connect your ideas with simple words like "so," "then,"
"furthermore," "because," and "however" to improve
coherence.
Speak in Your Own
Words: Paraphrasing the lecture
in your own words is a key requirement for a high content score.
What to Avoid
(Critical Pitfalls)
Do NOT Use
Memorized Templates: Using
pre-memorized phrases like "This
lecture is very informative" will result in a score of 0 for the task.
Do NOT Just List
Keywords: Simply saying random
words from the lecture is not enough. You must explain the relationships
between them.
Do NOT Try to
Repeat Everything: The lecture
is longer than your 40-second response. Focus on the most important points.
10 Latest Sample
Questions (2026)
Here are 10 practice questions, complete with a
transcript and a sample answer for each, based on the most recent practice
materials. For the best practice, have a friend or a text-to-speech tool read
the transcript aloud to you, or cover the transcript and sample answer to
simulate the exam experience.
Question 1
Transcript: Have you ever wondered why the milk is always at the
very back of the supermarket? It's certainly not an accident. Today, I want to
discuss the psychology of retail layout and how store design is used to
influence customer behavior. First, consider the entrance area, often known in
the industry as the 'decompression zone.' When shoppers first enter a store,
they need a few seconds to adjust to the new lighting and environment. Because
of this, smart retailers never place their most important products or
advertisements right at the front door, as customers are likely to walk right
past them without noticing. Another key tactic involves the placement of
'staple' items—essentials like bread, eggs, and dairy. By positioning these at the
furthest point from the entrance, the store forces you to walk past rows of
other tempting goods to get what you need. This maximizes your exposure to
products you didn't originally plan to buy. So, the next time you're shopping,
remember that the floor plan isn't random; it is a strategic map designed to
guide your journey and maximize sales.
Sample Answer: The speaker opened by talking about the psychology of
how supermarkets are laid out, you know, to push you to buy more. She started
with the entrance, which she called the decompression zone, where shoppers need
a few seconds to adjust, so stores don't put key products there. And then she
talked about staple items, things like bread, eggs and milk, which get placed
right at the back. So basically that forces you to walk past loads of tempting
stuff to grab what you need. At the end she said the floor plan isn't random,
it's strategic.
Question 2
Transcript: When we discuss increasing diversity in STEM
fields—science, technology, engineering, and math—the conversation often
centers on fairness or social equality. While those are certainly vital goals,
there is also a compelling economic argument that frequently gets overlooked.
Put simply, diverse teams tend to produce better science and more profitable innovations.
Research consistently shows that when a group of engineers or scientists all
share the same background, they tend to approach problems in similar ways, a
phenomenon often referred to as 'groupthink.' In contrast, mixed teams bring a
variety of perspectives that challenge comfortable assumptions. For instance, a
recent study of global companies found that those with the most gender-diverse
executive teams were significantly more likely to outperform their competitors
financially. It is not just about profits, though; it is also about product
quality. If a development team lacks diversity, they might unintentionally
overlook design flaws—such as voice recognition software that struggles with
female voices. Therefore, encouraging more women and underrepresented groups to
enter STEM isn't just a box-ticking exercise; it is a strategic necessity for
any organization that wants to remain competitive and innovative.
Sample Answer: So the lecture was basically about the economic case
for diversity in STEM, not just the fairness side. The speaker said most people
talk about equality, but diverse teams actually produce better science and more
profitable stuff. She mentioned that when engineers all share the same
background you get groupthink, where everyone tackles problems the same way.
And then she talked about a study showing companies with gender-diverse
executive teams did better financially than their competitors. She also pointed
out it affects product quality, things like voice recognition software that
struggles with female voices. So basically she said it's a strategic necessity,
not box-ticking.
Question 3
Transcript: When we look at the landscape of classical music in
the early 18th century, the piano as we know it today didn't really exist.
Instead, the dominant keyboard instrument of the Baroque era was the
harpsichord. Now, while the harpsichord was essential for the music of that
time, it had a distinct mechanical limitation that frustrated many musicians:
it offered almost no control over volume. The problem lay in how the sound was
produced. Inside a harpsichord, when a player presses a key, a small mechanism
plucks the string. It doesn't matter if you hit the key gently or smash it down
with force; the volume of the note remains exactly the same. This made it
incredibly difficult to add emotional nuance or dynamic contrast to a
performance. This is why the invention of the pianoforte was such a
revolutionary moment. The new instrument replaced the plucking mechanism with
small hammers that struck the strings. This simple change meant that the harder
a musician played, the louder the sound would be. This ability to play both
soft, or 'piano', and loud, or 'forte', is literally how the instrument got its
name, and it completely transformed the expressive potential of keyboard music.
Sample Answer: Okay, so the speaker talked about how the piano
didn't really exist in the early 18th century, and the main keyboard instrument
back then was the harpsichord. He explained that the harpsichord had a big limitation,
basically no control over volume. The reason was the mechanism, when you press
a key it plucks the string, so it doesn't matter if you hit it gently or hard,
the volume stays the same. So that made it tough to add emotional nuance. And
then he said the pianoforte fixed this with little hammers that struck the
strings, so harder playing meant a louder sound, which is how it got its name.
Question 4
Transcript: Historically, if you wanted to be a professional
musician or composer, you essentially had to be a servant. This was known as
the patronage system, which dominated European music for centuries up until the
late seventeen-hundreds. Under this old model, even famous figures like Haydn
worked directly for wealthy aristocrats or the church. They didn't write what
they felt like; they wrote what they were told to write. If the prince wanted
background music for a dinner party, the composer had to produce it. It was a
stable job, sure, but it offered very little creative freedom. However, the
landscape changed drastically with the rise of the middle class and the decline
of the aristocracy in the nineteenth century. Suddenly, there was a paying
public. We saw the birth of the public concert hall and the commercial music
publishing industry. Composers could now survive by selling tickets and sheet
music to the general population. This economic shift is crucial because it
allowed musicians to become independent artists. It transformed music from a
functional service provided to the elite into a form of personal, emotional
expression.
Sample Answer: Right, so this lecture was about how professional
musicians used to basically be servants under what's called the patronage
system. The speaker said this dominated European music for centuries, and even
famous people like Haydn worked directly for wealthy aristocrats or the church.
They didn't write what they felt, they wrote what they were told, so it was
stable but not much creative freedom. And then she explained how things changed
in the nineteenth century with the rising middle class and the decline of the
aristocracy. Suddenly there was a paying public, so you got public concert
halls and music publishing, which let composers become independent artists.
Question 5
Transcript: When we think about the Industrial Revolution, we
usually picture steam engines, factories, and mass production. However, this
period of rapid technological change also had a profound effect on the world of
music, specifically in how instruments were built and played. Take the piano,
for instance. Before the 19th century, pianos were constructed almost entirely
of wood, which limited how tightly the strings could be stretched. They were
relatively quiet instruments suitable for small rooms. But with the industrial
ability to cast iron, manufacturers began using metal frames. This allowed for
much higher string tension, resulting in a significantly louder, more brilliant
sound that could fill the massive concert halls being built at the time. It
wasn't just keyboards, though; wind instruments also underwent a complete
overhaul. The invention of complex valve systems and precision keys meant that
instruments like the trumpet or the flute became far more reliable.
Essentially, the mechanical precision of the industrial age gave composers a
new, powerful palette of sounds, leading directly to the massive, dynamic
orchestras we recognize today.
Sample Answer: So this one was about how the Industrial Revolution
affected music, not just factories and steam engines. The speaker said before
the 19th century pianos were made almost entirely of wood, which limited string
tension, so they were pretty quiet and only suited small rooms. And then he
explained that once manufacturers could cast iron, they used metal frames, so
the strings could be tighter and the sound got way louder, loud enough to fill
big concert halls. He also mentioned wind instruments got an overhaul, things
like valve systems and precision keys made trumpets and flutes more reliable.
So basically the industrial age gave composers a bigger palette.
Question 6
Transcript: The speaker discusses the devastating impact of
high-cost seeds on Indian farmers, leading to massive debt and widespread
suicides. Due to seed monopolization by corporations like Monsanto, many
farmers struggle financially. In response, community seed banks have been
established across India to preserve, multiply, and distribute seeds, reducing
farmers' dependency on expensive commercial seeds. These banks help address
both globalization-driven economic challenges and climate change issues such as
floods, droughts, and cyclones. By providing access to seeds, farmers can
regain control, grow food crops, and break free from debt.
Sample Answer: The speaker discusses the devastating impact of
high-cost seeds on Indian farmers, leading to massive debt and widespread
suicides. Due to seed monopolization by corporations like Monsanto, many
farmers struggle financially. In response, community seed banks have been
established across India to preserve, multiply, and distribute seeds, reducing
farmers' dependency on expensive commercial seeds. These banks help address
both globalization-driven economic challenges and climate change issues such as
floods, droughts, and cyclones. By providing access to seeds, farmers can
regain control, grow food crops, and break free from debt.
Question 7
Transcript: The speaker discusses two fundamental questions in
animal behavior: proximate and ultimate. Proximate questions focus on the
mechanisms behind behavior, such as its development and causes. Ultimate
questions examine the evolutionary aspects, including how behavior evolved and
its adaptive significance. These ideas form Tinbergen's Four Questions, a key
framework in the study of animal behavior. Nico Tinbergen, a pioneer in this
field, emphasized that understanding these questions is crucial not only for
behavior but for biology as a whole. The way animal behavior is studied depends
on the type of question being asked.
Sample Answer: The speaker discusses two fundamental questions in
animal behavior: proximate and ultimate. Proximate questions focus on the
mechanisms behind behavior, such as its development and causes. Ultimate
questions examine the evolutionary aspects, including how behavior evolved and
its adaptive significance. These ideas form Tinbergen's Four Questions, a key
framework in the study of animal behavior. Nico Tinbergen, a pioneer in this
field, emphasized that understanding these questions is crucial not only for behavior
but for biology as a whole. The way animal behavior is studied depends on the
type of question being asked.
Question
8
Transcript: The speaker discusses the work of computer scientist
Shwetak Patel and his team in developing smart sensing systems. Initially
focused on energy and water monitoring, they created sensors that track
electronic interference and water pressure changes. Their research later
expanded to personal health monitoring, utilizing smartphone sensors to detect
health conditions. For example, an app can use a phone's microphone to analyze
coughing patterns, while the camera can assess hemoglobin levels and detect
jaundice in infants. The researchers believe that the built-in sensors in
smartphones have vast potential for improving health monitoring and early
diagnosis.
Sample Answer: The speaker discusses the work of computer scientist
Shwetak Patel and his team in developing smart sensing systems. Initially
focused on energy and water monitoring, they created sensors that track
electronic interference and water pressure changes. Their research later
expanded to personal health monitoring, utilizing smartphone sensors to detect
health conditions. For example, an app can use a phone's microphone to analyze
coughing patterns, while the camera can assess hemoglobin levels and detect
jaundice in infants. The researchers believe that the built-in sensors in
smartphones have vast potential for improving health monitoring and early
diagnosis.
Question 9
Transcript: The speaker discusses the concept of biological
forgetting, where people forget experiences, feelings, and thoughts daily.
Remembering is challenging, and individuals constantly try to overcome memory
loss. Human memory is not fixed but can be reconstructed and influenced by past
experiences. Throughout history, humans have sought ways to enhance their
memory, demonstrating a continuous effort to improve cognitive retention.
Sample Answer: The speaker discusses the concept of biological
forgetting, where people forget experiences, feelings, and thoughts daily.
Remembering is challenging, and individuals constantly try to overcome memory
loss. Human memory is not fixed but can be reconstructed and influenced by past
experiences. Throughout history, humans have sought ways to enhance their
memory, demonstrating a continuous effort to improve cognitive retention.
Question 10
Transcript: The speaker, Steven
Pinker, a Harvard professor, discusses the cognitive revolution that
transformed the study of the mind. Initially, psychology was dominated by
behaviorism, which rejected mental contents. However, in the 1950s, researchers
at Harvard reconsidered this approach, drawing parallels between computers and
human cognition. They argued that if computers could have internal states like
memory and goal-oriented processing, then humans could also be studied
scientifically in a similar way. This led to the emergence of cognitive
science, incorporating fields such as experimental psychology, linguistics,
computer science, artificial intelligence, and neuroscience.
Sample Answer: The speaker, Steven
Pinker, a Harvard professor, discusses the cognitive revolution that
transformed the study of the mind. Initially, psychology was dominated by
behaviorism, which rejected mental contents. However, in the 1950s, researchers
at Harvard reconsidered this approach, drawing parallels between computers and
human cognition. They argued that if computers could have internal states like
memory and goal-oriented processing, then humans could also be studied
scientifically in a similar way. This led to the emergence of cognitive
science, incorporating fields such as experimental psychology, linguistics,
computer science, artificial intelligence, and neuroscience.
