TYT'Yİ ÇOK HIZLI BİTİRMEK | YKS 2027 #yks2027

Main ideas / concepts and lessons

Summer study reality (Turkey / YKS context)

• Many students begin earlier than mid-August (for example, already studying since 11th grade, having situations like “guaranteed graduation/no placement constraints,” or choosing not to apply elsewhere).
• In summer, the environment often feels like a holiday:
  • hot weather,
  • school holidays,
  • libraries are less crowded,
  • tutoring centers don’t fully remove the tendency to delay once vacation starts.
• Even when tutoring happens, many students start studying “after some time,” so the gap between students may narrow later through planning and disciplined work.

Core question: “When should AYT preparation start?”

The speaker frames AYT timing in two ways:

1. When to start so you can still make measurable progress.
2. How to raise your AYT performance effectively—not merely by time spent.

Studying AYT early can create compounding benefits:

• It becomes easier to progress in AYT.
• It motivates students because improvement is often clearer (especially compared to the harder-to-gain “speed” improvements in TYT).

Foundational rule: AYT must rely on TYT fundamentals

• AYT should not be treated as totally independent.
• Early AYT preparation is recommended only after building a solid foundation in basic competencies.
• The point isn’t to rush topic-by-topic coverage, but to ensure readiness—especially:
  • mathematical skill,
  • aptitude for problem-solving.

What to avoid: “Skipping problems / skipping math skills”

• A wrong approach is:
  • finish some topics,
  • skip problem-solving,
  • then jump into AYT.
• AYT success requires improving mathematical skills, not just reading explanations.

TYT still matters—even if AYT is “more important”

• The speaker acknowledges a common belief: “AYT is more important; TYT is unimportant,” but corrects it.
• Because YKS outcomes can depend on exam difficulty/structure and ranking mechanisms, TYT can become determining in some years.
• TYT’s key contribution highlighted is speed, and also that science/social studies topics may influence results.

Question banks are central (AYT and TYT)

• For AYT: solve as many question bank questions as possible alongside explanations.
• For TYT: practice also matters; relying only on mock tests is not enough.
• Use quality question banks that include:
  • high-quality questions,
  • and “average” questions to build robustness and learn patterns.

Don’t overtrust “easier year” predictions

• Predictions about how future exams will look (based on 2024–2026) can mislead and damage preparation strategy.
• Even if an exam is “less selective,” it doesn’t mean all questions are easy.
• ÖSYM sets questions at expected difficulty levels—students must still handle a certain math level.

Manage pacing and patience: improvement isn’t instant

• Speed and gains become clearer later in the year.
• Early effort may feel ineffective until TYT results show the impact.
• Spreading difficult topics across time reduces burnout and improves retention.

Geometry needs sustained attention

• Geometry shouldn’t be neglected.
• The speaker claims it can take about 5–6 months to learn properly if approached carefully (less time if started earlier).
• Geometry is described as an area that can provide an advantage.

Structured approach to timing and workload

• Suggested routine examples:
  • 56 questions/day, or
  • a smaller consistent number like 10/day (as long as it becomes a habit).
• The speaker often references completing an “extra booklet” every 3–4 months.

Breaks and phone/social media: maximize focus

The speaker warns against:

• constant breaks,
• boredom-driven rest,
• excessive phone/video scrolling,
• “waiting to check” things repeatedly.

If students can’t control free time, progress gets worse—so intrinsic drive should be cultivated.

“Working hard” vs “working efficiently”

• For students who started later, it’s not only about working harder—it’s also about working efficiently while protecting health (sleep, consistency).

Motivation framework: compete with yourself

• The process is framed as competing against your own weaknesses, not just external rivals.
• Intrinsic motivation is emphasized because external motivation (family/teacher encouragement) can change with mood and circumstances.

Sleep/biological reality

• Respect your natural biological rhythm rather than forcing extreme schedules.
• Sleep timing may differ by person, but generally you shouldn’t work against what your body needs.

---

Methodology / instructions (detailed bullet format)

A) Timing & sequencing (TYT → AYT)

• Ensure basic competencies are solid before or while starting AYT.
• Do not plan like this:
  • “Finish first ~12 TYT/AYT topics, skip problems, then jump into AYT.”
• Instead:
  • Study TYT math sufficiently, including question practice.
  • After completing key foundational parts, move into AYT so AYT progression becomes easier.
• Keep AYT preparation step-by-step:
  • don’t skip content,
  • don’t bounce confusingly between TYT and AYT.
• If asked whether you can start only functions (early AYT skipping early math):
  • The speaker says no—math learning needs ordered progression to build math skills.

B) Problem-solving requirements

• While studying AYT topics:
  • solve many questions from question banks alongside explanations.
• For TYT:
  • practice can’t be replaced by mock tests alone.
  • use problem booklets and consistent daily problem-solving.
• Suggested daily routine examples:
  • 56 questions/day, or
  • 10 questions/day (choose what’s sustainable, but make it routine).

C) Question bank strategy (quality + repetition)

• Use question banks that are:
  • high-quality for learning and mastery,
  • and also include “average” questions for breadth and repetition.
• Consider revisiting:
  • for long/repeatable topics (example analogy mentions permutations/combinations/binomials),
  • first once at a lighter/standard level,
  • then restart with a more booklet-like detailed approach around January after major topics are covered.
• During practice:
  • solve thoroughly enough that it becomes repeatable mastery, not just passing through items once.

D) Test pacing: timing discipline

• Practice solving within the allotted time (don’t panic over score changes).
• Progress needs patience; improvements accumulate and become more visible toward later exam periods.

E) Spreading difficult topics

• Don’t compress hard subjects into too short a window.
  • Example: division/divisibility is described as difficult—spread it across the next year rather than forcing rapid completion.
• Weak spots can recur.
  • Fix them quickly with targeted practice rather than despair.

F) Geometry focus rule

• Don’t neglect geometry.
• Treat geometry as requiring sustained study time (claimed 5–6 months for proper mastery).

G) Efficiency & environment control

Minimize wasted time by controlling:

• late waking/bedtime,
• uncontrolled sleep,
• boredom breaks,
• constant phone checking and video scrolling.

Replace external stimulation with internal drive:

• break “wait a minute” habits (check/scroll only when necessary for study).

Study mindset:

• accept boredom as normal,
• maximize study time rather than trying to constantly make sessions “fun.”

H) Motivation and mindset

• Compete with yourself by overcoming weaknesses.
• Don’t depend only on external encouragement.
• Build intrinsic motivation:
  • persist through boredom days to build self-confidence and reduce negative feelings over time.

I) Sleep and schedule realism

• Don’t impose schedules that contradict your biological needs (for example, waking at times that don’t match your body).
• Extreme schedule changes aren’t recommended except in rare cases.

---

Speakers / sources featured

• Speaker/host: “M.” (appears to be the video’s presenter/coach; no full name provided in the subtitles)
• Organization/source referenced: ÖSYM (Turkish Examination Board)