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Definition of Sum of Year Digits Method of Depreciation

Explanation

The sum of year digits method of depreciation is very popular among students from a finance background. The Sum of year digits depreciation method is very effective and relevant because taking higher depreciation in the earlier years is logical. Some assets are considered less productive as time passes; therefore, every year, it is depreciated by the sum of the year’s digits method. In this case, the total is calculated of all the digits of the life of the asset and then the no of years of reaming life of the asset. After that, the depreciation is calculated.

Suppose any company chooses its asset to get the sum of year digits method of depreciation. In that case, they have a higher depreciation rate in the earlier years; after that, the depreciation rate decreases. By following this method of depreciation, the tax liability of the company can also be subsiding because if the depreciation is high, then the deduction will also be higher than the other years so, in the first year of the business, the sum of year’s digits method of depreciation helps to reduce the tax liability.

How to Calculate Sum of Year Digits Method of Depreciation?

Step 1: The accountant determines the cost of the asset.

Step 2: Determine the asset’s life in which the Sum of year digits method of depreciation is used.

Step 3: Now, we have to write the years in one column, the Years of digits in the second column, and the third column will be for the depreciation.

Step 4: In the first column, all the years are written; suppose the asset’s life is 5 years, the 1,2,….5 is written.

Step 5: In the second column, first write the reverse of the life of assets, e.g., 5, 4…1. Now add the digits written there; this is the sum of the year’s digit.

Step 6: In the third column, depreciation is calculated. The formula is (No. of years of the remaining life of asset/ Total of all digits of life of the asset).

Step 7: After calculating the depreciation, the same given effect in the financials.

Examples of Sum of Year’s Digits Method of Depreciation

A company is considering an asset to get accelerated depreciation due to its lower productivity and poor performance. The cost of that asset is \$150000, and the life of the asset is 6 years. Therefore the company wants their accountant to calculate the depreciation using the sum of year’s digits method of depreciation.

Solution:

Years

(A)

Depreciation (\$) Base

(B)

Depreciation (\$)

(C) = (B)*(A) / 21

Depreciation rate

(D) = (C)/(B)

1 6 150000          42,857.14                    0.29

2 5 150000          35,714.29                    0.24

3 4 150000          28,571.43                    0.19

4 3 150000          21,428.57                    0.14

5 2 150000          14,285.71                    0.10

6 1 150000            7,142.86                    0.05

21

In this method, the depreciation is calculated by putting the formula (No. of years of the remaining life of asset/ Total of all digits of life of the asset).

Advantages of the sum of year’s digits method of depreciation:

The sum of the year’s digits method of depreciation helps to reduce the tax liability because a larger part of the deduction is granted in the first year.

This depreciation method is very helpful for small businesses because the current tax is settled with the help of high depreciation on the asset.

The sum of the year’s digits depreciation method is widely considered highly relevant for calculating depreciation.

The Sum of Year Digits method calculates depreciation non-uniformly, which is a logical approach. The rationale behind this method is that assets naturally depreciate over time, resulting in decreased productivity.

With the help of the Sum of year’s digits method of depreciation, we can predict the asset’s usefulness.

This Method of depreciation is higher in the earlier years, and later on, it gets diminished; on the other hand, the repair and maintenance cost is lower in the earlier years of the business, whereas the repair and maintenance cost is higher in the subsequent years. Therefore the company will be able to manage the cost of the company better.

Conclusion

The company does not frequently use the sum of year’s digits method of depreciation. In some companies, very few assets are being separately depreciated as per the sum of year’s digits method of depreciation. In general terms, the sum of year’s digits method of depreciation can be a little problematic for the company because the depreciation is being captured at a higher rate at the beginning of the year. In contrast, in the later stage, the depreciation is lowered.

On the contrary, in the later stage of the business, the business gets bigger, and the tax liability increases. Therefore, the company will have to pay more taxes. As companies anticipate higher profits, they will experience lower deductions due to having claimed a larger portion of the deduction in earlier years. This is a practical problem with the sum of year’s digits method of depreciation. But this method is very helpful for small businesses because the immediate tax liability is managed with the help of higher deductions.

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## Declining Balance Method Of Depreciation

What is the Declining Balance Method of Depreciation?

Explanation of the Declining Balance Method of Depreciation

Under the declining balance method of depreciation, depreciation is calculated in the following manner:

Step 1: Determine the asset’s book value at the beginning of the year.

Step 2: Ascertain the depreciation rate.

Step 3: Multiply the asset’s book value at the beginning of the year with the depreciation rate. A pro-rata depreciation rate will be applied if the asset was purchased in the middle of the year.

Step 4: Deduct the depreciation amount calculated in Step 3 from the asset’s book value determined at the beginning of the year in Step 1. We arrive at the written-down value of the asset at the end of the year through this.

Step 5: Repeat Step 1 to Step 4 again for the next year until the asset’s value becomes nil.

Depreciation = Book value of the asset at the beginning of the year × Depreciation rate× Number of days the asset is used during the year/365

Written down value = Book value of the asset at the beginning of the year – Depreciation

Examples of Declining Balance Method of Depreciation

Following are the examples are given below:

Example #1

Let us consider an example where a machine was purchased by Company A for \$200 on 1st January 2023 for use in producing its goods. Calculate depreciation for each year with respect to the machine. Assume the depreciation rate to be 35%.

First, we ascertain the machine’s book value at the beginning of the year.

Second, we multiply the book value at the beginning of the year with the depreciation rate.

Third, we deduct depreciation from the book value at the beginning of the year.

Year

BV at the beginning of the year

[email protected]%

BV at the end of the year

1 200.00 70.00 130.00

2 130.00 45.50 84.50

3 84.50 29.58 54.93

4 54.93 19.22 35.70

5 35.70 12.50 23.21

6 23.21 8.12 15.08

7 15.08 5.28 9.80

8 9.80 3.43 6.37

9 6.37 2.23 4.14

10 4.14 1.45 2.69

Example #2

Now let us take an example where equipment was purchased by Company B on 30th June 2023 for \$300, and the depreciation rate to be charged on this asset is 40%. Calculate depreciation on equipment for each year. Assume 360 days in a year.

First, we ascertain the machine’s book value at the beginning of the year.

Second, we multiply the book value at the beginning of the year with the depreciation rate. Since the machine was purchased on 30th June 2023, it can be said that it has been used for 6 months. Therefore, we will calculate the prorate depreciation.

Third, we deduct depreciation from the book value at the beginning of the year.

Fourth, we will calculate depreciation for the whole year for the subsequent years.

The calculations are shown below:

Year

BV at the beginning of the year

[email protected]%

BV at the end of the year

1 300.00 60.00 240.00

2 240.00 96.00 144.00

3 144.00 57.60 86.40

4 86.40 34.56 51.84

5 51.84 20.74 31.10

6 31.10 12.44 18.66

7 18.66 7.46 11.20

8 11.20 4.48 6.72

9 6.72 2.69 4.03

10 4.03 1.61 2.42

Example #3

Consider another example of furniture purchased for \$500 on 1st October 2023. Assume the depreciation rate to be 25%. Calculate depreciation for 10 years on this asset along with the book value at the end of each year. Assume 360 days in a year.

First, we ascertain the machine’s book value at the beginning of the year.

Second, we multiply the book value at the beginning of the year with the depreciation rate. Since the machine was purchased on 30th June 2023, it can be said that it has been used for 3 months. Therefore, we will calculate the prorate depreciation.

Third, we deduct depreciation from the book value at the beginning of the year.

Fourth, we will calculate depreciation for the whole year for the subsequent years.

The calculations are shown below:

Year

BV at the beginning of the year

[email protected]%

BV at the end of the year

1 500.00 31.25 468.75

2 468.75 117.19 351.56

3 351.56 87.89 263.67

4 263.67 65.92 197.75

5 197.75 49.44 148.32

6 148.32 37.08 111.24

7 111.24 27.81 83.43

8 83.43 20.86 62.57

9 62.57 15.64 46.93

10 46.93 11.73 35.20

Importance of Declining Balance Method of Depreciation Advantages of Declining Balance Method of Depreciation

Further, it balances the income statement as in later years, repair and maintenance costs increase and depreciation amount decreases. This shows a fair picture of the net income being reported.

Applying the declining balance depreciation method can prove cumbersome due to the complex mathematical calculations involved. Moreover, sometimes it is not justifiable to charge different depreciation amounts in various years as it may not depict a true and fair position.

Conclusion

Though complex, the declining balance method of depreciation is used widely in organizations for computing depreciation to be charged on fixed assets. It is a popular tool to determine the quantum of benefits an asset can fetch throughout its useful life. Though various methods are available for calculating depreciation, it is arguably the best way to compute each year’s depreciation and remaining book value.

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## Datamation Announces Product Of The Year Winners

Top honors go to companies across key areas of IT infrastructure, from Enterprise Linux to Wireless Software to Network and Systems Management.

In some categories, like Anti-Spam Software and Enterprise Server, voting was close. The winner won by just a handful of votes. In others, like Enterprise Security and Wireless Software, the award was garnered by a hefty margin.

Some of the categories were won by household names like Dell and Google. Other awards were won by smaller firms, such as Optier and AdRem Software. But whether big or small, congratulations go to the winners. Datamation readers comprise a wide array of IT professionals, so earning the respect of this demanding group is indeed an achievement.

Over the next couple weeks Datamation will be running profiles of the winning products. Stay tuned.

And now – drum roll please – the winners are…

Taking top honors in Business/IT Alignment – a trendy category with plenty of buzz – is CoreFirst by Optier. Optier, which specializes in transaction workload management, designed CoreFirst to enable data extraction from the IT infrastructure with greater granularity, allowing enhanced analysis of business systems.

The other nominees in Business/IT Alignment were SAP/Microsoft’s Duet, Oracle’s Business Intelligence Suite, and SAS’s Model Manager.

Enterprise Email

Winning in the Enterprise Email category is a small start-up called Google – earning this award should help them begin to build brand awareness. Kidding aside, the company’s Google Apps for Your Domain won by a wide margin over IBM’s Lotus Notes on Linux, Novell’s Evolution, Scalix made by the company of the same name, and ColdSpark’s SparkEngine Mail Transport System.

Google Apps for Your Domain, in addition to offering private label email, also offers IM, calendar-scheduling features, and Web design tools. Oh, and it’s free (at this point). That probably helps its popularity, wouldn’t you think?

Handheld Device

In the Handheld Device category, Datamation readers voted Research In Motion’s BlackBerry Pearl their favorite. The Pearl includes a 1.3-megapixel camera, music and video player, expandable memory and – who needs GPS? – a mapping application.

Although RIM’s handheld won the category handily (no pun intended), the voting was relatively close for the other entrants: Sony Ericsson’s P990i, Cingular’s 8525, and T-Mobile’s SDA.

Enterprise Security

Garnering the most votes in the Enterprise Security category was RSA Security’s SecurID Appliance, a scalable authentication solution that allows companies to establish the identity of users accessing critical business information. RSA claims it can be deployed in as few as 15 minutes, enabling two-factor authentication.

The runner-ups were Steganos’s Secure VPN, AirMagnet’s AirMagnet Enterprise, Vontu’s Vontu, and ArcSight’s Network Configuration Manager.

Anti-Spam Software

Mozilla’s Firefox just barely topped Norton Internet Security 2007 to win in the Anti-Spam slot. The upgraded Firefox browser – which has a loyal cult following – has built-in phishing protection, which is turned on by default. It checks sites against either a local or online list of known phishing sites, which is automatically updated.

The other entrants in this popular category were Vanquish’s vqME, Bullguard’s Internet Security, and the Apache SpamAssassin Project’s SpamAssassin.

Enterprise Linux

Winning top honors in the coveted Enterprise Linux category is BakBone Software’s NetVault Backup Version. NetVault’s Backup offers comprehensive backup and recovery software for mid-sized companies, distributed enterprises and corporate data centers with heterogeneous environments.

OpenSUSE, and XenSource’s XenEnterprise.

Enterprise Server

The voting in the Enterprise Server category was close, but when the final tally was in, Dell’s PowerEdge 1900 won. This ninth generation release of the PowerEdge touts Quad-Core Intel Xeon processors. It’s also designed with enhanced virtualization specs to better host the virtualization offerings of Microsoft, VMware and XenSource.

The runner-ups were the usual suspects: IBM’s System z9 Business Class, and its System p5 550Q, and HP’s ProLiant Blade Workstation, and its xw4400 Workstation.

Network and Systems Management

Topping the Network and Systems Management category is AdRem Software’s NetCrunch. This network monitoring software visualizes and reports on TCP/IP networks, and can control systems running Windows, Linux, Unix, Netware, or any device that supports SNMP.

NetCrunch was the clear winner in this slot, besting AlterPoint’s DeviceAuthority, CITTIO’s Watchtower, Emulex’s VMPilot, and Cassatt’s Collage.

Compliance Software

With the headaches of Sarbannes-Oxley, compliance software plays a critical role for many enterprises. The winner: Splunk, developed by Splunk, Inc. Billed as “the search engine for IT,” Splunk indexes and manages data logs, and this newest version offers a Web-based interface for configuring data and server inputs.

The other nominees were Scentric’s Destiny R2, Mathon Systems’ Integral, CMO Handheld Software’s Easy Audit, and Abrevity’s FileData Manager.

Wireless Software

Dominating the Wireless Software category was Research in Motion’s BlackBerry Enterprise Server, which makes it easier to manage large Blackberry deployments. This upgraded version offers a visual development tool for coding Web services apps.

The other entrants were Sybase’s RFID Enterprise, Credant’s Mobile Guardian Enterprise Edition, and Ekahau’s Site Survey.

## Is 2023 The Year Of The Linux Desktop?

Setting aside how often we hear the phrase “year of the Linux desktop” in reference to the coming year, you might find yourself actually wondering what could be different in 2023. In this article, I’ll explain why this is less of an issue than you might think and where I think it’s headed as we travel into the upcoming year.

The entire idea of one year or another being the year of the Linux desktop has become an insider joke among many within the FoSS community. The reason: the entire concept is deeply personal. What was a good year for the Linux desktop for one person might not have been for someone else.

For example, I’d suggest that the year that Knoppix Linux became popular was clearly the Year of the Linux desktop. For the first time, anyone who wanted to try Linux on their PC without installing it, could do so very easily. A lot of people believe the first live distros were Ubuntu in nature when it fact, Debian inspired Knoppix and later Simply Mepis were among the first.

In recent years, we’ve seen changes to the Linux desktop that have surprisingly outperformed my expectations.

Before anyone says that it’s not, consider this – you can do just about anything on the Linux desktop these days. And I’ve seen evidence that people are jumping ship from OS X and Windows in a big way.

The statement above is what I believe really makes 2023 a compelling year for the Linux desktop. Not the fact that software development is exploding for Linux users or that new technologies are making things easier. No, what’s encouraging is that we’re seeing floods of people trying out Linux for the first time.

Case in point – when Apple did their latest product release in 2023, one Linux PC vendor had their servers brought to their knees with Mac users looking for alternatives. This doesn’t even account for those folks who are done with Windows 10 or having their Windows 7/8 PCs installing Windows 10during important activities without any user intervention.

Obviously not everyone trying Linux is going to immediately switch or even make it past the Live install phase for that matter. But I believe out of every group of people trying Linux, we’re seeing a higher retention rate than in years past. My inbox exploding with new converts seems to agree with this position.

I think the biggest news is going to be package management and new distributions. In 2023, we began to experience a Linux sphere where one could run the latest software package on long term release type distros. In the past, this wasn’t practical due to various dependencies. Today, Snap packages and Flatpaks are providing users with the ability to keep their software bleeding edge without running a rolling release distro.

Speaking of rolling release distributions, I think Solus is the distribution to watch. It’s managed to strike a firm balance between being up to date with the latest offerings while also making sure updates aren’t just being flung at their users. Point being, it’s one of the most stable rolling release distros I’ve ever used. I love that their users get updates in a tidy, orderly fashion. It’s also sporting a really great desktop environment while keeping a strong focus on speed.

This, my friends, is the future of Linux distributions. It’s without question, the distribution to watch in 2023. I see a lot of refinements and polish coming with Solus in the new year.

And finally, this might leave you wondering about the state of software as we hit the new year? Is the state of software polish and availability better than in years past? The answer to this question is a bit of a mixed bag.

During the last bits of 2023, I began to really see an acceleration in desktop Linux applications receiving a fresh coat of paint. LibreOffice is going to be offering its users a new menu interface called Muffin. Kdenlive is on fire, adding new features and bug fixes at a feverish pace. OpenShot has a new “point” release available.

Last but not least, we see Steam games for Linux releasing some impressive titles that actually sucked me back into gaming. Among these titles were Deus Ex, Mad Max, XCOM 2, Dying Light, Rocket League, Ark Survival, and Tomb Raider. I’m sure there are others, but these are the titles that drew me in. Gaming in Linux has come a long way thanks in part to companies like Valve and Feral Interactive. It’s awesome to see efforts from Loki Entertainment, LGP (Linux Game Publishing), and RuneSoft too.

This isn’t to say that we’re not going seeing new applications like Rambox and games like Arma 3. But I believe that 2023 will be a year of software refinement and polish.

I believe that like any year we’ll see new features, software and distributions, but that 2023 will also be another “year of the Linux desktop.” See, each year sees one specific trend for improvement. Sometimes this means brand new stuff and other times, it’s just a year for adding polish to an otherwise great user experience.

Because Linux is a kernel, which is included with various desktop environments and software to form Linux distributions, it’s pretty difficult to pronounce one year a defining year over another. I will say, however, that the last five years have been significant for Linux as a concept.

## Datamation Announces 2009 Product Of The Year Winners

After the heaviest voting in recent years – and some tight contests – readers have selected their choices for the 2009 DatamationProduct of the Year Awards. The winners scored top honors in a broad array of tech categories, from Business Laptop to PC Security, from Enterprise Linux to Office Productivity software.

Some categories saw the traditional favorite suffer an upset, like Virtualization software. Others, like Office Productivity software, saw the longtime favorite walk away with the prize (you only get one guess as to most popular Office suite).

For each of the 37 finalists, though, being included in this contest is an honor. All the nominations came from Datamationreaders, a diverse group of IT professionals with firsthand knowledge of these products, most of whom use these products everyday on the job.

To be sure, it’s the ten winners who can claim bragging rights. Datamation, founded in 1957 (publishing in print for its first 40 years), has hosted its annual Product of the Year Award contest for decades – at one time readers mailed in their entries on 3×5 cards. Earning a spot on this longtime list is a feather in the cap for any tech vendor.

Note: all winners and finalists are granted permission to use the “Product of the Year” logo on their site (just specify whether you were a winner or a finalist), and to link back to this award article. Congratulations!

And now, with no further palaver, the ten winners are:

The Dell Latitude E4300 narrowly won the vote in the business laptop category, besting the Lenovo ThinkPad W700 by only a few skinny percentage points. The other finalists were the HP EliteBook 6930p and the Samsung X460-44P.

Warning: these units ain’t cheap. In a season in which the bare-bones netbook is ascending, the pricey business laptop might seem a neglected category. But these muscular units provide maximum capability, knowing that business users will spend a few bucks to get the tools they need. The HP EliteBook, for instance, claims to offer 24 hours of continuous battery life.

The winning Dell Latitude E4300 boasts a sturdy magnesium alloy build and hefty metal hinges, and includes Dell’s Control Vault secure credential management software (for peace of mind if you leave it in taxi). As an added plus for the road warrior, its back-lit keyboard helps you type even when you’re stuck on a delayed red-eye with a single dim bulb.

PC security software remains in the spotlight as hacking attacks on personal computers grow more intense each year. We’ve just learned that there were fresh attackson the Internet Explorer browser. (Haven’t hackers found every last hole in IE by now?)

Voting was close in the PC security category, with each of the finalists demonstrating they have their fans. While the McAfee VirusScan Plus 2008 took the trophy, it’s clear that Trend Micro Internet Security 2008 and Symantec Norton AntiVirus 2008have faithful users.

The McAfee package earns kudos for low costs. Added pluses include the ability to scan links in IM messages, which comes in handy as malware authors seek to corrupt your text messaging. Also earning McAfee affection from users is the fact that it uses the same interface as last year.

Is there a tech professional who does not yet have a handheld device they commune with by the minute? And a more pressing question: when will these ubiquitous devices grow so functional they make laptops obsolete?

The two devices that led the voting were the Apple iPhone and the BlackBerry Storm, with the iPhone edging out the Storm by about twenty percent. The other finalists were the Palm TX and the HP iPaq Pocket PC.

The iPhone obviously benefits from a continuing font of cultural coolness, as the handheld retains its status as the device that all the cool kids have. Also helping the iPhone’s popularity is the wildly popular Apple iPhone App store.

It’s no surprise that Microsoft Officewon this category. With a suite that includes standbys like Word, PowerPoint and Excel, it’s unquestionably the 500-pound gorilla in office software – and likely the most popular software on the planet, other than an Internet browser.

However, there’s more going on with this vote than a simple win-loss. More than any other category, the votes for best office software reflect seismic shifts in the tech business. Microsoft Office, installed on your hard drive as it always has been, competed against two finalists that users access over the Web, Google Docs and Zoho Docs. Software used over the Web – called software as a service, or cloud computing – is very much the coming wave. (So much so that Office itself is on its way to a browser near you.)

Adding another element to the contest, Office also attracted more votes than finalist OpenOffice, the open source – and completely free of charge – similar product.

So this category’s three-way race, with Web-based and open source products competing against a proprietary old favorite, presents a long-term challenge for Office. Its rivals are free (or close to it), and over time they’ll grow more capable. It’s up to the deeply entrenched Office to huff and puff and keep growing itself, and to continually improve to justify its considerable price tag.

Would you want to compete against the runaway success of the iPhone? We didn’t think so. Clearly the popularity of the iPhone (and the surging Web traffic figures for the iPhone app store) helped earn the iPhone iTalkapplication the victory in this category.

The iTalk fought off some stiff competition from fellow finalists inForm 2.0 for BlackBerry, xFusion Mobile and SAS for Mobile Interaction.

## Find Sum Of Two Array Elements Index Wise In Java

In Java, Array is an object. It is a non-primitive data type which stores values of similar data type.

As per the problem statement we have to find the sum of two different arrays with respect to index and store it into a third array. Suppose a1[] is first array, a2[] is second array and a3[] is third array, then sum of a1[] and a2[] should be stored in a3[] i.e.

a1[0] + a2[0] = a3[0] a1[1] + a2[1] = a3[1] a1[2] + a2[2] = a3[2] and so on.

Let’s start!

Note − Two array lengths must be the same and array elements should be numeric.

In this article, you will see how to find the sum of two array elements with respect to its index positions and store them in another array by using Java programming language.

Let’s start.

To Show You Some Instances Instance-1 Suppose a1[] array is {5, 6, 3, 2, 4, 11} and a2[] array is {3, 9, 5, 21, 19, 2}

After adding the two arrays, the result will be −

Resultant array is: [8, 15, 8, 23, 23, 13] Instance-2 Suppose a1[] array is {9, 6, 1, 2, 41, 21} and a2[] array is {3, 9, 8, 31, 9, 42}

After adding the two arrays, the result will be −

Resultant array is: [12, 15, 9, 33, 50, 63] Instance-3 Suppose a1[] array is {51, 16, 33, 2, 14, 21} and a2[] array is {3, 9, 8, 31, 9, 42}

After adding the two arrays, the result will be −

Resultant array is: [84, 25, 89, 23, 53, 42] Algorithm

Step 1 − Declare and initialize an integer array.

Step 2 − Check if the length of both arrays is equal or not.

Step 3 − If the length of both arrays is equal then add them using “a1[] + a2[] = a3[]”.

Step 4 − Print the resultant array

Step 5 − Otherwise print “Length of both arrays should be same”.

Syntax

To get the length of an array (number of elements in that array), there is an inbuilt property of array i.e length.

Below refers to the syntax of it −

array.length

where, ‘array’ refers to the array reference.

Multiple Approaches

We have provided the solution in different approaches.

By Using Static Initialization of Array.

By Using User Defined Method.

Let’s see the program along with its output one by one.

Approach-1: By Using Static Initialization of Array Example

In this approach, array elements will be initialized in the program. Then as per the algorithm find the sum of two array elements with respect to the index and store it in another array.

import java.util.*; public class Main { public static void main(String[] args){ int[] a = {51, 16, 33, 2, 14, 21}; int[] b = {33, 9, 56, 21, 39, 21}; int[] c = new int[a.length]; if(a.length==b.length){ for (int i = 0 ,j=0,k=0; i < a.length; i++,j++,k++){ c[k] = a[i] + b[j]; } System.out.println("Resultant array is:"); System.out.println(Arrays.toString(c)); } else { System.out.println("Length of both array should be same"); } } } Output Resultant array is: [84, 25, 89, 23, 53, 42] Approach-2: By Using User Defined Method Example

In this approach, array elements will be initialized in the program. Then call a user-defined method by passing the array as a parameter and inside the method as per the algorithm find the sum of two array elements with respect to the index and store it in another array.

import java.util.*; public class Main{ public static void main(String[] args){ int[] a = {9, 6, 1, 2, 41, 21}; int[] b = {3, 9, 8, 31, 9, 42}; add(a, b); } public static void add(int []a, int []b){ int[] c = new int[a.length]; if(a.length==b.length){ for (int i = 0 ,j=0,k=0; i < a.length; i++,j++,k++){ c[k] = a[i] + b[j]; } System.out.println("Resultant array is:"); System.out.println(Arrays.toString(c)); } else { System.out.println("Length of both array should be same"); } } } Output Resultant array is: [12, 15, 9, 33, 50, 63]

In this article, we explored how to find the sum of two array elements with respect to its index and store the values in another array by using Java programming language.

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