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| # | Exercise Title | Features | Description | Platform | Keywords |
|---|---|---|---|---|---|
| 1 | JSON Aggregate 1 Challenge | how many employees in this company with the highest salary. You're provided a json data assigned to a variable. only... | PCEX | json | |
| 2 | JSON Aggregate 2 Challenge | You're give the age of different people in JSON format, find the name of the person | PCEX | json | |
| 3 | JSON Conditionals 1 Challenge | A customer is looking for a restaurant that has at least 1 review and mexican cuisine, with spicy food. I... | PCEX | json | |
| 4 | JSON Conditionals 2 Challenge | You're provide a JSON list of different books, find non-fiction books with rating greater than 4.5 | PCEX | json | |
| 5 | JSON ITERATION 1 Challenge | Write the code that prints the names of all restaurants. You're provided with list of restaurants in json format | PCEX | json | |
| 6 | JSON Aggregate 1 | You're provided a list of used cars in json list format. Find the the car by minimizing the cost. | jsParsons | json, json-aggregate | |
| 7 | JSON Aggregate 2 | You're provided a list of laptops in JSON list format. Find the best laptop by minimizing the price and maximizing... | jsParsons | json, json-aggregate | |
| 8 | JSON Aggregate 3 | Compute and display the average (mean) age | jsParsons | json, json-aggregate | |
| 9 | JSON Aggregate 4 | You're provided a list of aircrafts and helicopter, with manufacturer information, date of manufacture and other information. Count the flights... | jsParsons | json, json-aggregate | |
| 10 | JSON Aggregate 5 | You're provided a list of aircrafts and helicopter, with manufacturer information, date of manufacture and other information. Find the minimum... | jsParsons | json, json-aggregate | |
| 11 | JSON Conditions 1 | you're provided information for a list of flights that go to and from New York, Pittsburgh and Miami. You have... | jsParsons | json, json-conditions | |
| 12 | JSON Conditions 2 | You're provided a list of aircrafts and helicopter. Shortlist the flights used in military. | jsParsons | json, json-conditions | |
| 13 | JSON Iterate 1 | Using JSON structure list all flights and their destinations | jsParsons | json, json-iterate | |
| 14 | JSON Iterate 2 | Using JSON structure list codes for first three flights | jsParsons | json, json-iterate | |
| 15 | PANDAS GroupBy 1 | You're provided a dataframe of used cars using pandas. Group the data by 'type' and calculate the average mileage for... | jsParsons | json, pandas | |
| 16 | PANDAS Select 1 | You're provided a dataframe of used cars using pandas. Select the columns with their type, mileage and name | jsParsons | json, pandas | |
| 17 | PANDAS Stats 1 | You're provided a dataframe of used cars using pandas. Display the first 5 rows and calculate the average mileage of... | jsParsons | json, pandas, statistics | |
| 18 | JSON Aggregate 1 | Python PredictingFinalResult for demonstrating JSON Aggregate 1 | QuizPET | json, json-aggregate | |
| 19 | JSON Aggregate 2 | Python PredictingFinalResult for demonstrating JSON Aggregate 2 | QuizPET | json-aggregate | |
| 20 | JSON Aggregate 3 | Python PredictingFinalResult for demonstrating JSON Aggregate 3 | QuizPET | json, json-aggregate | |
| 21 | JSON Condition 1 | Python PredictingFinalResult for demonstrating JSON Condition 1 | QuizPET | json, json-conditions | |
| 22 | JSON Iteration 1 | Python PredictingFinalResult for demonstrating JSON Iteration 1 | QuizPET | json, json-iterate | |
| 23 | JSON Aggregate 1 | How many employees in this company have salary greater than 30,000. You're provided a json data assigned to a variable.... | PCEX | json, json-aggregate | |
| 24 | JSON Aggregate 2 | You're give the age of different people in JSON format, find the name of the person | PCEX | json, json-aggregate | |
| 25 | JSON Conditionals 1 | Display names of food items in a restaurant that have a beef as an ingredient from Mexican Cuisine. Assume you're... | PCEX | json, json-conditions | |
| 26 | JSON Conditionals 2 | You're provide a JSON list of different books, find the ones with greater than 300 pages. | PCEX | json, json-conditions | |
| 27 | JSON ITERATION 1 | Write the code that prints the all NFL stats for the superbowl winning teams from the year 2022 to 2025.... | PCEX | json, json-iterate | |
| 28 | PANDAS GroupBy 1 | From a class of 200 students, you have a dataset of students, their section, and grades. get the mean grade... | PCEX | json, pandas | |
| 29 | PANDAS Select 1 | From a class of 200 students, first select only student ids and their letter grades. Then, select students in 'Section... | PCEX | json, pandas | |
| 30 | PANDAS Statistics 1 | From a class of 200 students, you have a dataset of students, their section, and grades. Start by inspecting the... | PCEX | json, pandas, statistics | |
| 31 | Accessing Dictionary Elements | Python BehaviorExample for demonstrating Accessing Dictionary Elements | WebEx | dictionary, json | |
| 32 | Dictionary 2 | Python CodeVisualization for demonstrating Dictionary 2 | JSVEE | dictionaries, dictionary, json | |
| 33 | Dictionary 3 | Python CodeVisualization for demonstrating Dictionary 3 | JSVEE | dictionaries, dictionary, json | |
| 34 | Find Max | Python CodeVisualization for demonstrating Find Max | JSVEE | classes, data structures, json, list, stacks | |
| 35 | Adding and Modifying Dictionary Elements | Python BehaviorExample for demonstrating Adding and Modifying Dictionary Elements | WebEx | dictionaries, dictionary, json | |
| 36 | Dictionary 1 | Python CodeVisualization for demonstrating Dictionary 1 | JSVEE | classes, data structures, dictionaries, dictionary, json, stacks | |
| 37 | JSON ITERATION 1 | Write the code that prints the all NFL stats for the superbowl winning teams from the year 2022 to 2025.... | PCEX | ||
| 38 | Jison Grammar Exercise 1 | Calculation Exercise | A collection of self-practice questions where users calculate the number of strings parsed successfully by a given grammar. | OpenDSA | Parser Generator |
| 39 | Jison Grammar Exercise 2 | Calculation Exercise | A question where users calculate the number of strings parsed successfully by a given grammar. | OpenDSA | Parser Generator |
| 40 | Annotating Jison Exercise | Tracing Exercise | A question where users determine the results of parsing a given collection of strings. | OpenDSA | Parser Generator |