Matlab Programming for Numerical Computation
| Course Status : | Completed |
| Course Type : | Elective |
| Duration : | 8 weeks |
| Category : | |
| Credit Points : | 2 | Undergraduate/Postgraduate |
| Start Date : | 18 Jan 2021 |
| End Date : | 12 Mar 2021 |
| Enrollment Ends : | 01 Feb 2021 |
| Exam Date : | 21 Mar 2021 IST |
| Flag | Description |
|---|---|
| The values (or rows) in return in sorted order as returned by . ) |
| The values (or rows) in return in the same order as in . ) |
Data Types: char | string
occurrence — Occurrence flag 'first' (default) | 'last'
Occurrence flag, specified as 'first' or 'last' , indicates whether ia should contain the first or last indices to repeated values found in A .
| Occurrence Flag | Meaning |
|---|---|
| If there are repeated values (or rows) in , then contains the index to the last occurrence of the repeated value. For example: returns . This is the default behavior when the flag is specified. | |
| If there are repeated values (or rows) in , then contains the index to the first occurrence of the repeated value. For example: returns . This is the default behavior. |
Output Arguments
C — unique data of a array.
Unique data of A , returned as an array. The class of C is the same as the class of the input A . The shape of C depends on whether the input is a vector or a matrix:
If the 'rows' flag is not specified and A is a row vector, then C is a row vector.
If the 'rows' flag is not specified and A is not a row vector, then C is a column vector.
If the 'rows' flag is specified, then C is a matrix containing the unique rows of A .
ia — Index to A column vector
Index to A , returned as a column vector of indices to the first occurrence of repeated elements. When the 'legacy' flag is specified, ia is a row vector that contains indices to the last occurrence of repeated elements.
The indices generally satisfy C = A(ia) . If A is a table, or if the 'rows' option is specified, then C = A(ia,:) .
ic — Index to C column vector
Index to C , returned as a column vector when the 'legacy' flag is not specified. ic contains indices that satisfy the following properties.
If A is a vector, then A = C(ic) .
If A is a matrix or array, then A(:) = C(ic) .
If A is a table, or if the 'rows' option is specified, then A = C(ic,:) .
Use uniquetol to find unique floating-point numbers using a tolerance.
To find unique rows in tables or timetables with respect to a subset of variables, you can use column subscripting. For example, you can use unique(A(:, vars )) , where vars is a positive integer, a vector of positive integers, a variable name, a cell array of variable names, or a logical vector. Alternatively, you can use vartype to create a subscript that selects variables of a specified type.
Extended Capabilities
Tall arrays calculate with arrays that have more rows than fit in memory..
This function supports tall arrays with the limitations:
For tall vectors and tall tables, use the syntaxes:
C = unique(A)
[C,ia,ic] = unique(A)
For tall matrices, use the syntaxes:
C = unique(A,'rows')
[C,ia,ic] = unique(A,'rows')
For more information, see Tall Arrays for Out-of-Memory Data .
C/C++ Code Generation Generate C and C++ code using MATLAB® Coder™.
Usage notes and limitations:
When you do not specify the 'rows' option:
The input A must be a vector. If you specify the 'legacy' option, the input A must be a row vector.
The first dimension of a variable-size row vector must have fixed length 1. The second dimension of a variable-size column vector must have fixed length 1.
The input [] is not supported. Use a 1-by-0 or 0-by-1 input, for example, zeros(1,0) , to represent the empty set.
If you specify the 'legacy' option, then empty outputs are row vectors, 1-by-0. They are never 0-by-0.
When you specify both the 'rows' option and the 'legacy' option, outputs ia and ic are column vectors. If these outputs are empty, then they are 0-by-1, even if the output C is 0-by-0.
When the setOrder is not 'stable' or when you specify the 'legacy' option, the input A must already be sorted in ascending order. The first output, C , is sorted in ascending order.
Complex inputs must be single or double .
Thread-Based Environment Run code in the background using MATLAB® backgroundPool or accelerate code with Parallel Computing Toolbox™ ThreadPool .
This function fully supports thread-based environments. For more information, see Run MATLAB Functions in Thread-Based Environment .
GPU Arrays Accelerate code by running on a graphics processing unit (GPU) using Parallel Computing Toolbox™.
The 'legacy' flag is not supported.
64-bit integers are not supported.
For more information, see Run MATLAB Functions on a GPU (Parallel Computing Toolbox) .
Distributed Arrays Partition large arrays across the combined memory of your cluster using Parallel Computing Toolbox™.
This function fully supports distributed arrays. For more information, see Run MATLAB Functions with Distributed Arrays (Parallel Computing Toolbox) .
Version History
Introduced before R2006a
union | intersect | ismember | issorted | setdiff | setxor | sort | uniquetol
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Check Code for Errors and Warnings Using the Code Analyzer
The MATLAB ® Code Analyzer can automatically check your code for coding problems. You can view warning and error messages about your code, and modify your file based on the messages. The messages are updated automatically and continuously so you can see if your changes address the issues noted in the messages. Some messages offer additional information, automatic code correction, or both.
A list of all checks performed by the MATLAB Code Analyzer can be found here, Index of Code Analyzer Checks .
Enable Continuous Code Checking
When continuous code checking is enabled, MATLAB displays warning and error messages about your code in the Editor and Live Editor. For example, the sample file lengthofline.m contains several errors and warnings. Copy the code into the Editor and save the file as lengthofline.m .
View Code Analyzer Status for File
When you open a file in the Editor or Live Editor, the message indicator at the top of the indicator bar shows the overall Code Analyzer status for the file.
| Message Indicator | Description |
|---|---|
File contains syntax errors or other significant issues. | |
File contains warnings or opportunities for improvement, but no errors. | |
File contains no errors, warnings, or opportunities for improvement. |
View Code Analyzer Messages
To go to the first code fragment containing a message, click the message indicator. The identified code fragment is underlined in either red for errors or orange for warnings and improvement opportunities. If the file contains an error, clicking the message indicator brings you to the first error.
For example, in lengthofline.m , when you click the message indicator, the cursor moves to line 47, where the first error occurs. MATLAB displays the errors for that line next to the error marker in the indicator bar. Multiple messages can represent a single problem or multiple problems. Addressing one message might address all of them. Or, after you address one, the other messages might change or what you need to do can become clearer.
To go to the next code fragment containing a message, click the message indicator. You also can click a marker in the indicator bar to go to the line that the marker represents. For example, click the first marker in the indicator bar in lengthofline.m . The cursor moves to the beginning of line 21.
To view the message for a code fragment, move the mouse pointer within the underlined code fragment. Alternatively, you can position your cursor within the underlined code fragment and press Ctrl+M . If additional information is available for the message, the message includes a Details button. Click the button to display the additional information and any suggested user actions.
Fix Problems in Code
For each message in your code file, modify the code to address the problem noted in the message. As you modify the code, the message indicator and underlining are updated to reflect changes you make, even if you do not save the file.
For example, on line 47 in lengthofline.m , the message suggests a delimiter imbalance. When you move the arrow keys over each delimiter, MATLAB does not appear to indicate a mismatch. However, code analysis detects the semicolon in data{3}(;) and interprets it as the end of a statement.
For some messages, MATLAB suggests an automatic fix that you can apply to fix the problem. If an automatic fix is available for a problem, the code fragment is highlighted and the message includes a Fix button.
For example, on line 27 in lengthofline.m , place the mouse over the underlined and highlighted code fragment prod . The displayed message includes a Fix button.
If you know how to fix the problem, perhaps from prior experience, click the Fix button or press Alt+Enter . If you are unfamiliar with the problem, right-click the highlighted code. The first item in the context menu shows the suggested fix. Select the item to apply the fix.
If multiple instances of a problem exist, MATLAB might offer to apply the suggested fix for all instances of the problem. To apply the fix for all instances of a problem, right-click the highlighted code and select Fix All ( n ) Instances of This Issue . This option is not available for all suggested fixes.
After you modify the code to address all the messages or disable designated messages, the message indicator becomes green. See the example file, lengthofline2.m , with all messages addressed.
Analyze Files Using the Code Analyzer App
Since R2022b
You can create a report of Code Analyzer messages for all files in a folder using the Code Analyzer app.
To open the app:
MATLAB command prompt: Enter codeAnalyzer .
Identify and Store Issues in Files With codeIssues Object
You can use codeIssues to programmatically find and store issues in code. The codeIssues object stores issues found by the MATLAB Code Analyzer. The issues found in one or more specified files or folders can be sorted and filtered, either programmatically on the command line or interactively in the Code Analyzer app.
For example, you can generate a codeIssues object containing the issues in a specified file:
In R2023b: The information contained in the a codeIssues object can be exported using export .
Analyze Files Using the Code Issues Panel in MATLAB Online
In MATLAB Online™ , you can use the Code Issues panel to view error and warning messages about your code. The Code Issues panel displays the coding problems found by the MATLAB Code Analyzer as it automatically checks your code.
You can change what messages display in the Code Issues panel using the options at the top of the tool:
Show messages for the current file or all open files - Use the drop-down list at the top-left of the Code Issues panel to select whether to show the errors and warnings for the current file or for all open files. For example, to show errors and warnings for all open files, in the drop-down list, select Open Files .
Filter messages by text - Use the search field below the drop-down list to filter the list of messages by text. For example, to display only messages that contain the word Variable , enter the word Variable in the search field.
Adjust Code Analyzer Message Indicators and Messages
You also can adjust what messages you see when analyzing your code. Code analysis does not provide perfect information about every situation. Sometimes, you might not want to change the code based on a message. If you do not want to change the code, and you do not want to see the indicator and message for a specific line, you can suppress them. For example, the first message on line 48 of the sample file lengthofline.m is Terminate statement with semicolon to suppress output (in functions) . Adding a semicolon to the end of a statement suppresses output and is a common practice. Code analysis alerts you to lines that produce output, but lack the terminating semicolon. If you want to view output from line 48, do not add the semicolon as the message suggests.
You can suppress (turn off) the indicators for warning and error messages in these ways:
Suppress an instance of a message in the current file.
Suppress all instances of a message in the current file.
Suppress all instances of a message in all files.
You cannot suppress error messages such as syntax errors.
Suppress an Instance of a Message in the Current File
You can suppress a specific instance of a Code Analyzer message in the current file. For example, to suppress the message on line 48 in the sample file lengthofline.m , right-click the first underline on line 48 and select Suppress 'Terminate statement with semicolon...' > On This Line .
The comment %#ok<NOPRT> appears at the end of the line, which instructs MATLAB to suppress the Terminate statement with semicolon to suppress output (in functions) Code Analyzer message for that line. The underline and mark in the indicator bar for the message disappear.
If a line contains two messages that you do not want to display, right-click each underline separately and select the appropriate entry from the context menu. The %#ok syntax expands. For example, suppressing both messages for line 48 in the sample file lengthofline.m adds the comment %#ok<NBRAK,NOPRT> at the end of the line.
Even if Code Analyzer preferences are set to enable this message, the specific instance of the suppressed message does not appear because the %#ok takes precedence over the preference setting. If you later decide you want to show the Terminate statement with semicolon to suppress output (in functions) Code Analyzer message for that line, delete %#ok<NOPRT> from the line.
Suppress All Instances of a Message in the Current File
You can suppress all instances of a specific Code Analyzer message in the current file. For example, to suppress all instances of the message on line 48 in the sample file lengthofline.m , right-click the first underline on line 48 and select Suppress 'Terminate statement with semicolon...' > In This File .
The comment %#ok<*NOPRT> appears at the end of the line, which instructs MATLAB to suppress all instances of the Terminate statement with semicolon to suppress output (in functions) Code Analyzer message in the current file. All underlines and marks in the message indicator bar that correspond to this message disappear.
If a line contains two messages that you do not want to display anywhere in the current file, right-click each underline separately and select the appropriate entry from the context menu. The %#ok syntax expands. For the example, suppressing both messages for line 48 in the sample file lengthofline.m adds the comment %#ok<*NBRAK,*NOPRT> .
Even if Code Analyzer preferences are set to enable this message, the message does not appear because the %#ok takes precedence over the preference setting. If you later decide you want to show all instances of the Terminate statement with semicolon to suppress output (in functions) Code Analyzer message in the current file, delete %#ok<*NOPRT> from the line.
Suppress All Instances of a Message in All Files
You can disable all instances of a Code Analyzer message in all files. For example, to suppress all instances in all files of the message on line 48 in the sample file lengthofline.m , right-click the first underline on line 48 and select Suppress 'Terminate statement with semicolon...' > In All Files . This option modifies the Code Analyzer preferences.
If you know which messages you want to suppress, you can disable them directly using Code Analyzer preferences:
Select MATLAB > Code Analyzer .
Search the messages to find the ones you want to suppress.
Clear the check box associated with each message you want to suppress in all files.
Save and Reuse Code Analyzer Message Settings
You can set options to enable or disable certain Code Analyzer messages, and then save those settings to a file. When you want to use a settings file with a particular file, you select it from the Code Analyzer preferences. The settings file remains in effect until you select another settings file. Typically, you change the settings file when you have a subset of files for which you want to use a particular settings file.
To save settings to a file:
Enable or disable specific messages or categories of messages.
You can reuse these settings for any MATLAB file, or provide the settings file to another user. To use the saved settings:
Open the Active settings list and select Browse .
Choose from any of your settings files.
The settings you choose remain in effect for all MATLAB files until you select another set of Code Analyzer settings.
Enable custom checks and configure existing checks
Since R2023a
You can configure existing checks displayed in the MATLAB editor by the Code Analyzer and add custom checks by placing a file named codeAnalyzerConfiguration.json in a resources folder. The configuration file is effective in the folder containing the resources folder and any subfolders.
You can modify existing Code Analyzer checks, including whether the check is enabled and its severity, message text, and parameters if the check has any, such as to limit the number of input and output arguments for a function. You can also create custom checks that trigger when specific functions are used. For more information on configuring Code Analyzer checks, see Configure Code Analyzer .
Validate your codeAnalyzerConfiguration.json configuration file for proper formatting by using the function matlab.codeanalysis.validateConfiguration .
Understand Code Containing Suppressed Messages
If you receive code that contains suppressed messages, you might want to review the messages without having to unsuppress them first. A message might be in a suppressed state for any of the following reasons:
One or more %#ok<message-ID> directives are on a line of code that elicits a message specified by <message-ID> .
One or more %#ok<*message-ID> directives are in a file that elicits a message specified by <message-ID> .
The messages are cleared in the Code Analyzer preferences pane.
The messages are disabled by default.
To determine why messages are suppressed call codeIssues with the file as the input.
The output, issues , will have a property, SuppressedIssues , contains a table listing all the suppressed issues within the file. Review the message associated with each issue to understand why it is suppressed.
Understand the Limitations of Code Analysis
Code analysis is a valuable tool, but it has some limitations:
Code analysis sometimes fails to produce Code Analyzer messages where you expect them.
By design, code analysis attempts to minimize the number of incorrect messages it returns, even if this behavior allows some issues to go undetected.
Code analysis sometimes produces messages that do not apply to your situation.
Clicking the Details button to display additional information for a message can help you determine if the message applies to your situation. Error messages are almost always problems. However, many warnings are suggestions to look at something in the code that is unusual, but might be correct in your case.
Suppress a warning message if you are certain that the message does not apply to your situation. If your reason for suppressing a message is subtle or obscure, include a comment giving the rationale. That way, those who read your code are aware of the situation.
For more information, see Adjust Code Analyzer Message Indicators and Messages .
Distinguish Function Names from Variable Names
Code analysis cannot always distinguish function names from variable names. For the following code, if the Code Analyzer message is enabled, code analysis returns the message, Code Analyzer cannot determine whether xyz is a variable or a function, and assumes it is a function . Code analysis cannot make a determination because xyz has no obvious value assigned to it. However, the code might have placed the value in the workspace in a way that code analysis cannot detect.
For example, in the following code, xyz can be a function or a variable loaded from the MAT-file. Code analysis has no way of making a determination. function y=foo(x) load abc.mat y = xyz(x); end Variables might also be undetected by code analysis when you use the eval , evalc , evalin , or assignin functions.
If code analysis mistakes a variable for a function, do one of the following:
Initialize the variable so that code analysis does not treat it as a function.
For the load function, specify the variable name explicitly in the load command line. For example:
Distinguish Structures from Handle Objects
Code analysis cannot always distinguish structures from handle objects. In the following code, if x is a structure, you might expect a Code Analyzer message indicating that the code never uses the updated value of the structure. If x is a handle object, however, then this code can be correct. function foo(x) x.a = 3; end
Code analysis cannot determine whether x is a structure or a handle object. To minimize the number of incorrect messages, code analysis returns no message for the previous code, even though it might contain a subtle and serious bug.
Distinguish Built-In Functions from Overloaded Functions
If some built-in functions are overloaded in a class or on the path, Code Analyzer messages might apply to the built-in function, but not to the overloaded function you are calling. In this case, suppress the message on the line where it appears or suppress it for the entire file.
For information on suppressing messages, see Adjust Code Analyzer Message Indicators and Messages .
Determine the Size or Shape of Variables
Code analysis has a limited ability to determine the type of variables and the shape of matrices. Code analysis might produce messages that are appropriate for the most common case, such as for vectors. However, these messages might be inappropriate for less common cases, such as for matrices.
Analyze Class Definitions with Superclasses
Code Analyzer has limited capabilities to check class definitions with superclasses. For example, Code Analyzer cannot always determine if the class is a handle class, but it can sometimes validate custom attributes used in a class if the attributes are inherited from a superclass. When analyzing class definitions, Code Analyzer tries to use information from the superclasses, but often cannot get enough information to make a certain determination.
Analyze Class Methods
Most class methods must contain at least one argument that is an object of the same class as the method. But this argument does not always have to be the first argument. When it is, code analysis can determine that an argument is an object of the class you are defining, and can do various checks. For example, code analysis can check that the property and method names exist and are spelled correctly. However, when code analysis cannot determine that an object is an argument of the class you are defining, then it cannot provide these checks.
Enable MATLAB Compiler Deployment Messages
You can switch between showing or hiding MATLAB Compiler deployment messages when you work on a file by changing the Code Analyzer preference for this message category. Your choice likely depends on whether you are working on a file to be deployed. Changing this preference also changes the setting in the Editor. Similarly, changing the setting in the Editor changes this preference. However, if the Code Analyzer preferences are open when you modify the setting in the Editor, the changes are not reflected in the Preferences window. Whether you change the setting in the Editor or the Preferences window, the change applies to the Editor and the Code Analyzer Report.
To enable MATLAB Compiler™ deployment messages:
Click the down arrow next to the search field, and then select Show Messages in Category > MATLAB Compiler (Deployment) Messages .
Click the Enable Category button to the right of the MATLAB Compiler (Deployment) Messages category title.
Clear individual messages that you do not want to display for your code.
Decide if you want to save these settings, so you can reuse them the next time you work on a file to be deployed.
The settings txt file, which you can create as described in Save and Reuse Code Analyzer Message Settings , includes the status of this setting.
Code Analyzer | codeIssues | checkcode
Related Topics
- MATLAB Code Analyzer Report
- Code Analyzer Preferences
- Configure Code Analyzer
- Index of Code Analyzer Checks
External Websites
- Programming: Structuring Code (MathWorks Teaching Resources)
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1k means in hindi – ‘1K’ & ‘1M’ क्या और कितना होता है?
Posted By: Mangal Gupta Last Updated: Mar 21, 2021
1k means in hindi & 1 million means in hindi – आपने अक्सर youtube, facebook या instagarm के videos या images पर 1k, 5k, 50k, 100k या 1M, 5M, 50M, 100M लिखा हुवा देखा होगा। ऐसे में आपके दिमाग में यह जरुर आता होगा की 1k का मतलब क्या होता है? 1M का मतलब क्या होता है?
अगर आप भी यह जानना चाहते है की 1k, 10k या 1M का मतलब क्या होता है? तो आप बिलकुल सही जगह पर हैं। क्यों की आज के इस पोस्ट में हमलोग जानेगे की 1k kitna hota hai? 1M kitna hota hai?
अगर आप facebook या youtube का इस्तमाल करते हैं। तो आप उनके photos और videos पर 1k like, 1M views या youtube channel पर 1M, 2M subscribers लिखा हुवा जरुर देखा होगा। दरासल इससे यह पता चलता है की उस photos या वीडियोस को कितने लोगो ने देखा हैं।
जैसा की हम किसी चीज़ को shortcut में बताना ज्यादा पसंद करते हैं। ठीक उसी तरह 1K और 1M भी एक short form हैं। चलिए K और M का Meaning Hindi में क्या होता है? जान लेते हैं। 1k means in hindi और 1k followers means in hindi में क्या हैं?
Table of Contents
1k means in hindi
अगर आपको 1k kitna hota hai जानना हैं। तो सबसे पहले आपको K symbol का meaning जानना होगा।
वैसे तो K symbol के काफी सारे meaning होते हैं। जैसे की,
- K means in Chemistry – Chemistry में K का अर्थ Potassium होता हैं।
- K means in Physics – Physics में K का अर्थ Kelvin होता हैं।
वही math में K का मतलब ‘Kilo’ होता हैं। जिसमे total 1000 units होते हैं। इस तरह maths में 1K का मतलब 1 Kilo यानि 1000 units हुवा।
- 1 Kilograms = 1 Thousand Grams
- 1 Kilometer = 1 Thousand Meter
लेकिन इस पोस्ट में हमलोग social media जैसे की YouTube, Facebook, Instagram, Twitter पर इस्तमाल होने वाले K का जिक्र कर रहे हैं। यहाँ 1000 लिखने की जगह 1K लिखा जाता हैं।
अगर आप YouTube या किसी भी सोशल मीडिया प्लेटफार्म पर कही भी ‘1K’ देखते हैं। तो समझ लीजिए वह 1 हज़ार Views, Likes, Subscribers या comments हैं।
कुछ common K’s के उदाहरण निम्न हैं-
- 1K means – 1000 (एक हजार)
- 10K means – 10,000 (दस हजार)
- 100k means – 100,000 (एक लाख)
- 780K = 980,000 (सात लाख अस्सी हजार)
अब आप समझ गए होगे की numbers के पीछे K लिखने का क्या मतलब होता हैं। आपकी जानकारी के लिए बता दू की फ्रांस के वैज्ञानिकों ने हजार वाली इकाई के लिए K नाम दिया हैं। तो वही Kilo शब्द की उत्पत्ति ग्रीक भाषा के Khilioi से हुई थी।
- फ़ोन पर आवाज बदलकर कॉल कैसे करें?
1M Meaning in Hindi
अब आपको idea मिल गया होगा की 1m का full form क्या होगा। जी हां आप सही समझ रहे हैं। M means ‘Million’ होता हैं। मिलियन के लिए M का इस्तेमाल किया जाता हैं।
M – Million
Million एक unit हैं। जिसका अर्थ दस लाख (10,00,000) होता हैं।
इस तरह अगर आप किसी के YouTube channel या Facebook Page पर 1M लिखा हुवा देखते हैं। तो आप समझ लीजिए की उनके channel या page पर 1 Million (1000000) subscribers हैं। यानि की 10 लाख लोगों ने उन्हें subscribe या फॉलो कर रखा हैं।
कुछ common M’s के उदाहरण निम्न हैं-
- 1M means – 10 लाख
- 10M means – 1 करोड़
- 100M means – 10 करोड़
- 750M means – 75 करोड़
अब आपको 1k means in hindi, 1 million means या 1k followers means का मतलब समझ में आ गया होगा। चलिए अब 1B ka matlab kya hota hai जान लेते हैं।
1B Means In Hindi
1B ka matlab 100 करोड़ यानी 1 अरब (1,000,000,000) होता हैं। 1 अरब को दरसाने के लिए 1B (Billion) लिखा जाता हैं। Youtube पर बहुत ही कम ऐसे में वीडियोस या channel हैं। जिन्होंने 1b यानी 1 billion को छूने में सफ़लता हासिल की हैं।
1B के कुछ उदाहरण निम्न हैं-
- 1B means – 1,000,000,000 ( 1 अरब )
- 10B means – 1,000,000,0000 ( 10 अरब )
1K और 1M की Value Social Media पर कितनी है?
किसी भी social media platform पर अगर आपको 1K या 1M लिखा हुवा दिख जाए। तो उम्मीद करते है उन्हें देखने के बाद अब आप आसानी से समझ सकते है की Social media पर 1K, 1M या 1B की value कितनी होती हैं।
अगर आपको अभी भी समझ में परेशानी आ रही हैं। तो चलिए आपको उदाहरण के साथ समझाने की कोशीस करते हैं।
1K = 1000 means 1000 Views, 1000 Likes, 1000 Comments, 1000 Subscribers या 1000 Followers.
1M = 10,00000 means 10,00000 Views, 10,00000 Likes, 10,00000 Comments, 10,00000 Subscribers, या 10,00000 Followers.
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1K, 1M और 1B इस्तमाल करने के क्या फ़ायदे हैं?
आपके दिमाग में यह सवाल जरुर आ रहा होगा की 1K या 1M लिखने से क्या फायदा होगा। तो आप ख़ुद सोचकर देखिए अगर social media sites पर 1k की जगह 1000 लिखा हो और 1M की जगह 1000000 लिखा हो। तो देखने में कितना अटपटा सा लगेगा। शायद आपको भी देखने में अच्छा ना लगेगा।
इसके अलावा मान लीजिये अगर किसी videos या photos पर 1 करोड़ से ज्यादा views या likes मिले हैं। तो उस जगह पर 1000,0000 की बजाय 10M लिखना ज्यादा suitable हैं।
अब आपने अच्छे से जान लिया है की 1K meaning, 1M meaning और 1B meaning क्या होता है? उम्मीद करते है अब आप social media साईट पर 1K, 1M या 1B देखकर आसानी से उसका मतलब समझ सकते हैं।
- Mobile se bolkar call kaise kare? ग़जब का तरीका
अगर आपको 1k means in hindi & 1 million means in hindi की जानकरी पसंद आयी हो। तो आप इस जानकारी को अपने चाहने वालो के साथ social media sites पर Share जरुर करे। धन्यवाद .
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