School depends on obedience. Learning depends on curiosity. School kills curiosity.
Girls in Finance server/project // Selfhelpforstudents server
Step 1: Learning Style Assessment
1.1 Research Learning Styles:
Explore different learning styles, such as visual, auditory, kinesthetic, or read/write. Familiarize yourself with the characteristics of each. (find my post here)
1.2 Reflect on Past Experiences:
Recall situations where you felt most engaged and learned effectively. Note the activities and methods that worked best for you.
1.3 Take Learning Style Assessments:
Utilize online learning style assessments to gain insights into your preferred learning style. Examples include VARK (Visual, Auditory, Reading/Writing, Kinesthetic) or Honey and Mumford's Learning Styles Questionnaire.
Step 2: Peak Productivity Hours Identification
2.1 Self-Reflection:
Reflect on your daily energy levels and focus. Identify times when you feel most alert, focused, and energetic.
2.2 Experiment with Different Times:
Schedule study or work sessions during various times of the day. Observe your productivity levels during these sessions.
2.3 Track Productivity Patterns:
Maintain a journal to log your productivity levels throughout the day. Look for patterns or consistent periods of heightened focus.
Step 3: Preferred Study Environments
3.1 Experiment with Settings:
Study in different environments, such as libraries, cafes, quiet rooms, or outdoor spaces. Note how each setting affects your concentration and comfort.
3.2 Consider Noise Levels:
Assess your tolerance for noise. Determine if you work better in complete silence, with background music, or in moderately noisy environments.
3.3 Evaluate Lighting:
Pay attention to the impact of lighting on your focus. Experiment with natural light, artificial light, and different color temperatures.
3.4 Note Distractions:
Identify potential distractions in each environment. Consider whether you thrive in a completely distraction-free zone or if a mild level of distraction enhances your productivity.
Thanks for reading! Hope it helps! x
Join our Girls in Finance project if you want to learn more about studying finance and the financial world <3
i like to call this girls who are normal about power lines & telephone poles (lying)
I find it easier to study with the pomodoro method, where you focus for 25 minutes at least and then take a break.
However during exam preparation or whenever we have situations where there’s a lot of portions to cover, focusing is really hard. We often get distracted by our phones and devices as well as social media.
So I introduce my favourite life changing app!
I LOVE LOVE LOVE this app, it’s available on both android and iOS.
It basically has a feature where you can choose the apps you want for studying and the rest of the apps are blocked.
It also has a study log where it basically tracks how long you study for a subject.
It allows me to use the apps that I WANT for studying as well as block social media. It reduces my screen time and distractions immensely and I’m able to focus much better !
(Ps- this is not sponsored)
I hope this helps!
Love,
Mith <3
The first simulated image of a black hole was calculated with an IBM 7040 computer using 1960 punch cards and hand-plotted by French astrophysicist Jean-Pierre Luminet in 1978.
+ version w/o rest of calculator under cut
Kirsten Robinson // Christine Riccio, Again, But Better // Lori Deschene // Maddison Vernon // Julissa Loaliza // @flowerais-archive
Here are TED Talks that will give you a guide to a successful year
How to learn anything
Power food for the brain
Secret to self-control
Don't be a jerk to yourself
Building your identity capital
Improving your body language
What your future self wants
Saying Yes
Habits of original thinkers
Become the person you can't imagine
Designing the life you want
Be your own life coach
How to talk so that people listen
Curiosity over ambition
Life is your biggest project
How to achieve your most ambitious goals
The technique, developed by MIT engineers, probes metamaterials with a system of two lasers — one to quickly zap a structure and the other to measure the ways in which it vibrates in response, much like striking a bell with a mallet and recording its reverb. In contrast to a mallet, the lasers make no physical contact. Yet they can produce vibrations throughout a metamaterial’s tiny beams and struts, as if the structure were being physically struck, stretched, or sheared.
computer themed dividers made by me using phonto, picsart, and online image editor. Free to use as long as you do not claim them as your own :)
23 / Serbia / electrical engineering / photonics / I really like Ruan Mei
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