Write a c program to find the perfect numbers within a given number of range. Go to the editor Test Data : Input the starting range or number : 1 Input the ending range of number : 50 Expected Output : The Perfect numbers within the given range : 6 28 Click me to see the solution. Write a C program to check whether a given number is an armstrong number or not. Write a C program to find the Armstrong number for a given range of number. Go to the editor Test Data : Input starting number of range: 1 Input ending number of range : Expected Output : Armstrong numbers in given range are: 1 Click me to see the solution.
Write a program in C to display the pattern like a diamond. Write a C program to determine whether a given number is prime or not. Write a C program to display Pascal's triangle. Write a program in C to find the prime numbers within a range of numbers. Go to the editor Test Data : Input starting number of range: 1 Input ending number of range : 50 Expected Output : The prime number between 1 and 50 are : 2 3 5 7 11 13 17 19 23 29 31 37 41 43 47 Click me to see the solution.
Write a program in C to display the first n terms of Fibonacci series.
Go to the editor Fibonacci series 0 1 2 3 5 8 Test Data : Input number of terms to display : 10 Expected Output : Here is the Fibonacci series upto to 10 terms : 0 1 1 2 3 5 8 13 21 34 Click me to see the solution. Write a program in C to display the such a pattern for n number of rows using a number which will start with the number 1 and the first and a last number of each row will be 1.
Write a program in C to display the number in reverse order.
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Go to the editor Test Data : Input a number: Expected Output : The number in reverse order is : Click me to see the solution. Write a program in C to check whether a number is a palindrome or not. Write a program in C to find the number and sum of all integer between and which are divisible by 9. Go to the editor Expected Output : Numbers between and , divisible by 9 : The sum : Click me to see the solution.
Write a C Program to display the pattern like pyramid using the alphabet. Write a program in C to convert a decimal number into binary without using an array. Write a program in C to convert a binary number into a decimal number without using array, function and while loop. Write a program in C to find LCM of any two numbers. Write a program in C to convert a binary number into a decimal number using math function. Write a C program to check whether a number is a Strong Number or not.
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Write a C program to find Strong Numbers within a range of numbers. Go to the editor Test Data : Input starting range of number : 1 Input ending range of number: Expected Output : The Strong numbers are : 1 2 Click me to see the solution. Write a c program to find out the sum of an A. Go to the editor Test Data : Input the starting number of the A. Write a program in C to convert a decimal number into octal without using an array. Write a program in C to convert an octal number to a decimal without using an array.
Write a program in c to find the Sum of GP series. Go to the editor Test Data : Input the first number of the G. Write a program in C to convert a binary number to octal. Write a program in C to convert an octal number into binary. Write a program in C to convert a decimal number to hexadecimal. This is the same principle behind the chapter on Directness in my book, Ultralearning.taylor.evolt.org/hyha-dating-sites-de.php
Read PDF Fifty-One Exercises, Nos. 26 - 51
What is your understanding of self-control? How do you think it works? Do you think your self-control capacity is limited or unlimited? Do you believe that after strenuous activity you run out of energy and you need to rest to get it refueled? If this is the case, then you have a limited theory of self-control. In that case you have a non-limited theory. Most people have a limited theory. To answer this question, researchers categorized students into two groups based on their self-control theory and followed them during a semester.
Outside the exam period, or under low course load, there were no differences between the two groups. However, when demands were high, students with a limited theory procrastinated more, achieved a lower GPA and ate more unhealthy food. Theories about self-control become a self-fulfilling prophecy. If you think that self-control is limited, then you will succumb to temptations more easily and find it harder to pursue your goals.
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On the other hand, if you have a non-limited theory, you will be more successful with your goals. Scientists believe that people with limited theories are motivated to conserve their resources. How can you change your self-control theory? As evidence, you can use the research we describe throughout this guide. In a series of experiments, researchers asked participants to do an easy e. Before and after this period, they measured their self-control theories and self-control strength. As a result, they made less effort in the final self-control task. This study shows that when we experience a lot of effort, it may act as a signal telling us that our self-control capacity is limited.
This in turn makes it more difficult for us to exercise self-control in the future. Therefore, if you use the more effortless strategies, which we describe in the rest of this guide, you can automatically shape your self-control theory to be more non-limited, naturally improving your self-control.
Motivation is basically what gives positive or negative value to whatever we do. Scientists believe that self-control is a value-based decision-making process. When deciding between an option that yields an immediate reward watching TV and an option that yields a delayed reward doing exercise , the brain first computes the subjective value of each option and then select the option with the highest positive value.
The decision is made automatically. Where this gets interesting is when you have a value conflict. Two values, but with opposite motivations, thus requiring self-control to make a decision. Therefore, if you increase the value difference between the tempting and the goal-promoting options, you can effectively bypass self-control conflict and choose the goal-promoting option more effortlessly.
There are two ways to do this.
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The first is to reduce the value of the temptation such as with reappraisal or commitment contracts. The second is to increase your motivation for the thing you need to do. Have-to motivation comes from the outside. Get grades. Get a promotion. Appease your parents.
Want-to motivation comes from within. The pride from finishing a task. Runners high. The satisfaction of a job well done. How do have-to and want-to motivations impact self-control? To answer this question, researchers carried out a series of studies where they followed students over a semester. At the start, students listed most important personal goals and indicated their motivations for these. Students mentioned goals such as finding a job, losing weight or getting a specific GPA, and motivations such as personal importance, enjoyment want-to or pressure from parents have-to.
Which goals do you think the students put more effort it? The want-to goals or have-to goals? It would make intuitive sense if students put more effort into goals which were personally important to them, and less effort into things they did just to make money or please their parents. However, the exact opposite was found. Students felt that they had to make more effort towards their have-to goals than their want-to goals. Despite this, at the end of the semester, students made significantly less progress towards their have-to goals than their want-to goals.
Can you guess why? The more have-to motivations the students had, the more obstacles and temptations they perceived more self-control conflict. Interestingly, they also rated unhealthy food as more tasty and healthy food as less tasty than students who had want-to reasons. Although students made more effort towards their have-to goals, the extra effort was cancelled out by increased subjective perception of obstacles and temptations.
In contrast, the more want-to motivations the students had for their goals, the fewer obstacles and temptations they perceived less self-control conflict. For this reason, students were more successful in achieving their want-to goals without having to make extra effort.
On the other hand, if you have strong want-to motivations for your goals, you will automatically experience fewer obstacles and temptations. Also, sometimes you may have some want-to motivations for your goal, but not enough so self-control is still difficult. What can you do in such situations? Do you dislike healthy food? Do you hate running?
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Try something fun like team sports, dancing or hiking. Do you hate your French class?
Experiment and find activities that help your goals but are more enjoyable to do.
Related Fifty-One Exercises, Nos. 26 - 51
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