Skip to main content

how to study for long hours

HOW TO STUDY FOR LONG HOURS:- 

1. Prioritize your schedule: take up difficult topics early in the day

Take up the difficult material in the forenoon when you’re at your best, energy wise. (For most people this is the time when they’re most productive. If somehow you’re an exception to this, feel free to take up the difficult material at a time that works for you.)

Such scheduling matches your energy with the difficulty of the task at hand. As a result, you face less challenging topics in the evening, by when you’ve dissipated loads of your physical and mental energy and when tendency to slack is highest.

On the contrary, if you pick easy stuff early in the day to get a false sense of progress – which many procrastinators do – you’re more likely to succumb to procrastination and give up later in the day when your energy and resolve would hate being tested.

For the same reason, to the extent possible, schedule your low-effort, non-academic activities such as socializing, making calls, and daily chores later in the day.

2. Exercise

As far as academics are concerned, physical exercise boosts learning ability and long-term memory, and controls anxiety and depression. But the benefits of exercise go beyond: it also improves concentration, alertness, and motivation.

To quote John J. Ratey, associate clinical professor of psychiatry at Harvard Medical School and co-author of book Spark: The Revolutionary New Science of Exercise and the Brain (the book delves into how exercise affects brain):

… It [exercise] optimizes your mind-set to improve alertness, attention, and motivation.

And the effects of exercise are visible almost immediately. In a review of several published scientific articles, this research brief by University of Texas, Austin says:

Physical activity can have both immediate and long-term benefits on academic performance. Almost immediately after engaging in physical activity, children are better able to concentrate on classroom tasks, which can enhance learning.

With these benefits, you can not only get more out of your study, but also last longer.

However, not all exercises are made equal as far as their effectiveness in improving your concentration and alertness in concerned. Most studies find 30-odd minutes of vigorous, sweat-inducing cardiovascular exercises to be the most effective.

(Please note that not all exercises are suitable for everyone. Before attempting a new exercise take into account factors such as flexibility, strength, and overall health to determine whether or not a particular exercise is appropriate for you. You may consult your professional healthcare provider in this regard.)

3. Steal a nap

To quote John Medina, a leading authority on brain study and founding director of two brain research institutes, from his book Brain Rules:

People vary in how much sleep they need and when they prefer to get it, but the biological drive for an afternoon nap is universal…. If you embrace the need to nap rather than pushing through, as LBJ [Lyndon Baines Johnson, 36th president of the United States and a prolific napper] found, your brain will work better afterward.

In a study by NASA, the pilots who took a 26-minute nap reduced their lapses in awareness by 34 percent compared to those who didn’t nap. Moreover, those who napped showed an improvement of 16 percent in their reaction times. Importantly, their performance stayed consistent through the day and didn’t slack at the end of a flight or at night.

The most important aspect of nap, as observed in the case of NASA pilots, is that performance slacks much less than when you don’t nap, which means you can study at a high intensity even late in the evening if you have had a nap in the afternoon.

So, steal a nap in the afternoon, and you’ll be in a better position to handle your next session. The little nap can add hours to your schedule in the evening, quality as well as quantity wise. Here, are few quick tips for effective naps:

  • Limit it to 30-40 minutes to avoid going into deep sleep and feeling groggy after awakening. Besides, a longer nap can also keep you awake late in the night.
  • Try napping at the same time every day as it helps stabilize circadian rhythm. Most people nap immediately after lunch. Schedule yours.

4. Eat to maintain energy levels

Although your brain constitutes just 2 percent of your body weight, it guzzles 20 percent of your daily energy intake. Studies have shown that non-pleasurable mentally exhausting tasks – academic learning will fall into this category for most – drain our energy fast.

Therefore, it’s important to eat in a way that sustains your energy level when performing mentally exhausting tasks.

Eat higher proportion of low Glycemic Index (GI) foods (examples: oats, porridge, low-sugar museli, granola bars, yogurt with seeds/ nuts, low-fat dairy, soups, salads, anything wholegrain, and most fruits), which release glucose slowly into bloodstream, thereby maintaining energy level for a longer period. High-GI foods (examples: pizza, white bread, burger, cake, chocolate, cookie, potato chips, sugary beverages, and ice cream) have an opposite effect: your energy levels rise fast and crash equally fast, resulting in fatigue and drowsiness.

Here is an illustrative representation of how your energy level changes with low-GI and high-GI foods.

Variation of blood glucose level with food typeSecond, if you notice in the above graph, your energy levels go down in 2-3 hours irrespective of what GI food you eat, which implies that you need to replenish your glucose level every three hours, if not two, in order to maintain your energy. So, eat small portions every 2-3 hours.

5. Conserve your mental energy

Because your brain is energy guzzler (2 percent vs. 20 percent), it’s important not to dissipate your energy by letting your mind wander into debilitating, irrelevant thoughts. Thoughts that linger on:

“Why did he behave with me so rudely?”

“What if I fail in the exam?”

And so on…

An effective way to squash such thoughts is to recognize them the moment they cross your mind, count up to three, and divert your mind elsewhere. (Yes, such thoughts creep in so automatically that we don’t realize that they’re gnawing you mentally, unless of course you practice breaking the train of thoughts. And counting, or anything else you may try, does precisely that.)

I know it’s not easy to control such wandering thoughts, but if you can…then you conserve some precious energy.

6. Take regular breaks

You should take breaks for two reasons. It not only relaxes you, but it also restores your waning concentration.

Your concentration starts dropping after 50 minutes or so, and if you keep powering your way through, you’ll be studying with lesser concentration, which is akin to wasting time. Therefore, take a 5-10 minute break every 50-odd minutes to restore your focus. (Note that this period may vary for individuals. So, test what works for you.) During the break, do anything but study: walk around, eat something, get some quick exercise, gaze outside, and so on. Idea is to take a break from what you have been doing.

7. If possible, study/ work in daylight

Work/ study in daylight to be more productiveWell, this may be a luxury which most likely you can’t afford, but if you ca0n, then read on.

Research has shown that studying/ working in daylight makes you less drowsy, more alert in the afternoon, thereby increasing your productivity or adding more hours to your schedule.

In a study, Mirjam Muench and his team exposed two groups of people to six hours of either artificial light or daylight for two days and found that:

Compared to the afternoon, people who had DL (Daylight) were significantly more alert at the beginning of the evening, and subjects who were exposed to AL (Artificial light) were significantly sleepier at the end of the evening.

DL group was also found to perform better on cognitive functions – functions such as reasoning, memory, and attention you need when doing an intense mental work – on the second day.

So pull your table and chair to the corner of the room which receives sunlight. This, however, doesn’t mean studying directly under sunlight. If the room where you study receives sunlight, it’s good enough.

Comments

Popular posts from this blog

Father of Modern Genetic : Sir Gregor Johann Mendel

 Early Life and Education: Gregor Mendel was born into a German-speaking family in the village of Heinzendorf, in the Austrian Empire (now the Czech Republic), on July 20, 1822. He was the son of Anton Mendel and Rosine Schwirtlich, both of whom were farmers. At the age of 11, Mendel was sent to a nearby school in Troppau, where he received his elementary education. In 1840, at the age of 18, Mendel began his studies at the University of Olomouc, where he studied philosophy, mathematics, physics, and natural history. In 1843, he entered the Augustinian monastery of St. Thomas in Brno, where he took the name Gregor and began his training as a monk. It was during his time at the monastery that he became interested in botany and began conducting experiments on the inheritance of traits in plants. Experiments with Pea Plants: Between 1856 and 1863, Mendel conducted a series of experiments on pea plants in the monastery's garden. He chose pea plants because they were easy to grow, had a

QUANTUM PHYSICS AND HISTORY

  Introduction to Quantum Physics Quantum physics is a branch of physics that deals with the study of the behavior of matter and energy at a very small scale. It is a fundamental theory that explains the behavior of subatomic particles such as electrons, protons, and neutrons, which make up the building blocks of matter. Unlike classical physics, which deals with the laws of motion and the behavior of macroscopic objects, quantum physics deals with the laws of probability and the behavior of particles at the quantum level. Historical Development of Quantum Physics The development of quantum physics can be traced back to the late 19th century when scientists such as Max Planck and Albert Einstein were studying the behavior of light and electromagnetic radiation. In 1900, Planck proposed that the energy of electromagnetic radiation is quantized, meaning that it can only exist in discrete packets of energy known as quanta. This idea was revolutionary at the time and formed the basis for t