Adjectives For Integer
Discover the most popular adjectives for describing integer, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe an integer can significantly alter the understanding of numerical data, showcasing its unique properties or position within a sequence. A positive integer opens up discussions about value above zero, while a negative one delves into deficits or below-zero amounts. Mentioning a nearest integer can highlight approximation techniques, whereas bit and unsigned integers dive into the realm of computer science and memory allocation. And let's not forget the charm of an odd integer, breaking the evenness with its uniqueness. Each adjective brings its own flavor and precision, demonstrating how nuanced our understanding of numbers can be. Explore the full spectrum of adjectives to fully appreciate the diversity and depth they add to integers.
| positive | The sum of two positive integers is a positive integer |
| nearest | I rounded the number 3.14 to its nearest integer which is 3. |
| bit | The bit integer is a data type that represents an integer value within a specific range. |
| unsigned | The program can access the unsigned integer in memory. |
| negative | The sum of any two negative integers is a negative integer |
| odd | The odd integer stood out among its even counterparts. |
| largest | The largest integer that is less than 10 is 9. |
| smallest | The smallest integer that is greater than 5 is 6. |
| long | The long integer is 9223372036854775807. |
| nonnegative | The number of apples in the basket is a nonnegative integer |
| even | The sum of two even integers is also an even integer |
| next | The next integer after 10 is 11. |
| random | The random integer was 12. |
| greatest | The greatest integer less than 9.5 is 9. |
| single | The value is a single integer |
| byte | The byte integer data type is an 8-bit signed integer. |
| decimal | Here is the decimal integer 42. |
| arbitrary | An arbitrary integer was chosen for the experiment. |
| digit | This digit integer contains three digits. |
| short | The short integer value is stored in the variable. |
| unique | "123" is a unique integer |
| mixed | The mixed integer programming model was solved using the CPLEX solver. |
| half | This theorem can be generalized to half integer values, however. |
| least | The least integer greater than 5 is 6. |
| non | The non integer value of pi is approximately 3.14. |
| closest | The closest integer to pi is 3. |
| constant | The constant integer is a value that does not change during the execution of a program. |
| finite | |
| highest | I've never seen a number that high before. It must be the highest integer I've ever seen. |
| larger | The larger integer is 10. |
| nonzero | The nonzero integer 5 is greater than 3. |
| valid | The valid integer must be greater than zero. |
| fixed | The fixed integer value of the constant is 10. |
| smaller | The smaller integer is 5. |
| optional | Optional integer type variable cannot be used as a type parameter |
| octal | The octal integer is 125. |
| corresponding | We need to calculate the corresponding integer |
| lowest | The lowest integer greater than 10 is 11. |
| maximum | The maximum integer value is 2,147,483,647. |
| prime | The sum of the first 100 prime integers is 24133. |
| zero | The sum of a number and its zero integer is the number itself. |
| hexadecimal | The hexadecimal integer 12AB is equivalent to the decimal integer 4787. |
| rational | The difference of two rational integers is always a rational integer |
| variable | The variable integer was incremented by one. |
| universal | The universal integer is an integer that is valid in all programming languages. |
| based | The type of this variable is a 32-bit based integer |
| consecutive | The sum of two consecutive integer is 99. |
| composite | 15 is a composite integer because it has factors other than 1 and itself, such as 3 and 5. |
| binary | The binary integer 10110011 represents the decimal integer 179. |
| predefined | The predefined integer value is used for specifying the size of an array. |
| var | |
| signed | The signed integer is a data type that represents positive and negative integers and zero. |
| length | The length integer is used to determine the length of a string in Python. |
| word | |
| static | The static integer variable holds a fixed value throughout the program's execution. |
| implicit | You can safely assume an implicit integer of 10 for the purpose of this question. |
| unknown | The unknown integer is x. |
| numeric | The numeric integer is 10. |
| gaussian | The Gaussian integer 1 + 2i is a complex number. |
| int |
| latin | The syntax for latin integer` method in `google-cloud-bigquery` for Ruby is: ```ruby def latin_integer(name, description: nil, mode: :nullable, policy_tags: nil) ``` The following code sample shows you how to use the latin integer` method: ```ruby require "google/cloud/bigquery" bigquery = Google::Cloud::Bigquery.new gcs_uri = "gs://cloud-samples-data/bigquery/us-states/us-states.csv" source_uri_prefix = "gs://cloud-samples-data/bigquery/us-states/" external_data = bigquery.external gcs_uri, format: :csv, header: true, skip_leading: 1 schema = bigquery.schema do |schema| schema.integer "pop", mode: :required schema.record "location", mode: :required do |location| location.string "state_id", mode: :required location.latin_integer "state", mode: :required location.string "county", mode: :required end end load_job = bigquery.load_job "my_new_table", external_data do |job| job.schema = schema job.location = "US" end load_job.wait_until_done! # Waits for table load to complete. load_job.done? #=> true ``` |
| point | |
| all | The sum of all integer from -24 to 58 is 1,622. |
| literal | The literal integer is negative fifteen. |
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