#Question paper

[study-diaries]

How do you actually use previous question papers?

Here's the thing, I've read a whole lot of things tips for this but none have worked for me, so this may not work for you either but, there's no harm in experimenting, right?

Get the question papers

Now, look through the papers...

You need not set a timer and practice these questions but instead, check for a pattern or any format.

Like, a question is being repeated for every damn test and you haven't studied it? It's likely that it will be asked for the next test.

You see questions from certain lessons being repeated only from the same section? Focus on it.

And for this, you don't even need like previous year papers, even the mock tests or suprise quizzes can be used to identify which lessons are important.

Search for a pattern, focus on it and shape it

Then, when you've mostly gone through all the papers, go through the questions which they've repeated like once or twice and be sure that you can answer any question from those papers you have. You can go through the rest of the material a little slower.

Mind this that all tips may not work for you and that is completely fine :)

[shiromani35]

[rightnewshindi]

हिमाचल में हुए पेपर लीक मामले में हुआ बड़ा खुलासा, प्रश्न पत्र नहीं बल्कि उत्तर पुस्तिका का हुआ था सौदा

Himachal Paper Leak Case: भंग कर्मचारी चयन आयोग हमीरपुर में पेपर लीक मामले में विजिलेंस जांच में बड़ा खुलासा हुआ है। प्रश्नपत्र लीक पर आधारित इस मामले में ओएमआर (ऑप्टिकल मार्क रिकॉग्निशन) यानी उत्तर पुस्तिका का सौदा होने की बात पहली बार सामने आई है। खास बात यह है कि यह भर्ती प्रक्रिया साल 2021 में शुरू हुई थी। ऐसे में पेपर लीक और भर्तियों के सौदे का यह खेल लंबे समय से चल रहा था। मामले में पोस्ट…

[shira-ceres]

no siffrin you can't just abuse socially unaccepted gang signs for your quality of life mechanics mid loop

[scholarshipportal]

(via Board Chemistry Question Paper - Resources & Key Concepts)

11th class Chemistry - Resources & Key Concepts

Chapter 1: Some Basic Concepts of Chemistry

➭ Matter, states of matter, and their properties

➭ Laws of Chemical Combination

➭ Dalton's atomic theory

➭ Mole concept and stoichiometry

➭ Chemical equations and balancing

Chapter 2: Structure of the Atom

➭ Subatomic particles: protons, neutrons, electrons

➭ Atomic number, mass number, isotopes

➭ Atomic models: Rutherford, Bohr, modern quantum mechanical model

➭ Electronic configuration and Aufbau principle

➭ Periodic trends: ionization enthalpy, electron affinity, atomic size

Chapter 3: Classification of Elements and Periodicity in Properties

➭ Modern periodic table and its organization

➭ Classification of elements into metals, non-metals, and metalloids

➭ Periodic trends in physical and chemical properties

Chapter 4: Chemical Bonding and Molecular Structure

➭ Ionic bonding: formation, characteristics, examples

➭ Covalent bonding: Lewis structure, octet rule, types of covalent bonds (single, double, triple)

➭ Coordinate covalent bonding

➭ Metallic bonding

➭ VSEPR theory and shapes of molecules

Chapter 5: States of Matter

➭ Gaseous state: kinetic theory of gases, ideal gas equation, gas laws

➭ Liquid state: properties of liquids, intermolecular forces (hydrogen bonding, dipole-dipole interactions, London dispersion forces)

➭ Solid state: crystalline and amorphous solids, types of crystals, unit cell

Chapter 6: Thermodynamics

➭ System, surroundings, types of systems (open, closed, isolated)

➭ The first law of thermodynamics: internal energy, work, heat

➭ Enthalpy (H) and its calculations

➭ Hess's law of constant heat summation

➭ Second law of thermodynamics: entropy (S), the spontaneity of reactions, Gibbs free energy (G)

Chapter 7: Equilibrium

➭ Reversible and irreversible reactions

➭ Chemical equilibrium: dynamic equilibrium, equilibrium constant (Kp andKc)

➭ Factors affecting equilibrium (concentration, temperature, pressure)

➭ Le Chatelier's principle

Chapter 8: Redox Reactions

➭ Oxidation and reduction, redox reactions

➭ Balancing redox reactions by oxidation number method

➭ Types of redox reactions (combination, decomposition, displacement)

➭ Electrochemical cells: galvanic and electrolytic cells

Chapter 9: The s-Block Elements (Li, Na, K, Mg, Ca, Sr, Ba)

➭ Electronic configuration trends

➭ Physical and chemical properties of each element

➭ Important compounds and their applications (e.g., sodium chloride, calcium carbonate)

➭ Diagonal relationships between Li and Mg, Be and Al

Chapter 10: The p-Block Elements (Group 13 to 17)

➭ Electronic configuration trends for each group

➭ Physical and chemical properties of each element group (e.g., Group 13 - Boron and Aluminum, Group 14 - Carbon and Silicon, Group 15 - Nitrogen and Phosphorus)

➭ Important compounds and their applications (e.g., boric acid, ammonia, sulfuric acid)

➭ Allotropy (e.g., carbon as diamond and graphite)

➭ Catenation (ability to form long chains)

Chapter 11: Organic Chemistry - I

➭ Basic concepts of organic chemistry (bonds, functional groups)

➭ Hydrocarbons: alkanes, alkenes, alkynes, aromatic hydrocarbons

➭ Isomerism (structural, geometrical, optical)

➭ Nomenclature of organic compounds (IUPAC system)

➭ Reactions of alkanes (substitution, combustion)

Chapter 12: Organic Chemistry - II

➭ Alcohols, phenols, ethers

➭ Aldehydes, ketones, carboxylic acids

➭ Amines, amides

➭ Organic compounds in everyday life (drugs, polymers, dyes)

Chapter 13: Polymers

➭ Classification of polymers (addition, condensation)

➭ Natural and synthetic polymers

➭ Important polymers and their properties (e.g., polyethylene, nylon, polyester)

➭ Biodegradable polymers and environmental concerns

Chapter 14: Environmental Chemistry

➭ Environmental pollution: types, sources, effects

➭ Air pollution, water pollution, soil pollution

➭ Strategies for pollution control and waste management

➭ Green chemistry and sustainable development

[poorly-drawn-mdzs]

Vibes based grading system.

(for @epistemologys, who wanted some post-canon, teacher WWX)

[i-quanta]

TISS Past Year Question Papers

The TISS Past Year Question Papers collection serves as a valuable resource for students and aspirants preparing for TISSNET (TISS National Entrance Test) and various other entrance exams conducted by TISS for its diverse range of postgraduate programs. These question papers offer a comprehensive insight into the examination pattern, question types, and overall difficulty level that candidates can expect when appearing for TISS admissions.

[tiedsh0es]

That bug you try to catch with a cup but it just crawls underneath it

[reality-detective]

Good instructions for assembling a paper airplane that won't fall down for sure. 🤔

[alchemist-of-life]

I’m curious how binary cant work for admech since day 1. At first, I thought it’s just high speed alternation in frequencies of sounds to denote 0 and 1, just like how computer cable does with voltage. So I wrote a python script to convert natural language to binary code then to sound based on the idea (so that I can curse in binary in ttrpg). However, since the human auditory cortex can only distinguish sound about 20ms apart, the current commonly used binary coding method (Unicode) that requires 8 bits to encode for one letter (16 bits for one character in Mandarin) would make binary cant less efficient than natural language through the bare ear. As a result, binary cant users not only need vocal implants but also auditory implants to receive info (or perhaps cortex implants to decode). Based on these assumptions, binary cant would be able to happen in sound frequencies not perceivable by the original human cochlea so techpriests conversation can be extremely quiet. And more efficiently, just through data cables.

Or it could be the other way around, scientists might develop more efficient binary language without basing it on the symbol system of natural languages (I’m not that familiar with linguistics so I don’t know if this is possible or not).

However, the sound techpriests made in the game mechanicus doesn’t sound like my assumption. There are definitely more than 2 pitches used in the conversations (which makes it less binary...) and they seem to be faster than natural language. I still couldn’t figure out what’s happening here. Do the twisting pitches actually encode more than one bit? Is binary cant actually an analog signal encoding a digital signal? Or is the sound effect just mean to sound better for the game?

The binary curse program (turn the sound on!):

[sweeneydino]

Sleep deprived.

As a smol little one, he doesn't make blueprints from his mind come to life(hes still a baby). He instead creates things to entertain himself or sometimes even things he's seen in the past

Which is totally not as important as this kid possibly making a gun-

Too bad his uncle is too tired to care about the strange purple sticks pointed at him.

[incognitopolls]

We ask your questions so you don’t have to! Submit your questions to have them posted anonymously as polls.

[valtsv]

Internal inquiry? What does that look like

so basically i got a U in my physics A(S)-Level exam (twelfth grade for people who didn't attend school in england). which means that i scored so badly that i couldn't be awarded a grade. and i attended an academically selective school which was considered one of the best public schools in the entire country (my parents' doing, i did not want to be there lol). they had never had someone get a U grade before, ever. so i made history! unfortunately though it did mean that my physics teacher had to be investigated to make sure it was my fault for being stupid and not his for being a shit teacher.