Labour Efficiency Variance Calculator

✖Standard Rate refers to the amount paid per hour for work, often determined by industry standards or local laws.ⓘ Standard Rate [SR]			+10% -10%
✖Standard Time refers to the established time used within a particular country. It's the time that's officially recognized and adhered to for various purposes.ⓘ Standard Time [ST]			+10% -10%
✖Actual Time refers to the time taken to produce an item on a production line versus the planned production time.ⓘ Actual Time [AT]			+10% -10%
✖Variance refers to the difference or deviation between an actual outcome or result and an expected or planned outcome.ⓘ Variance [V]			+10% -10%

✖Labour Efficiency Variance is the difference between the actual time worked and the total hours that should have been worked.ⓘ Labour Efficiency Variance [LV]

⎘ Copy

👎

Formula

✖

Labour Efficiency Variance

Formula

`"LV" = "SR"*("ST"-"AT")*"V"`

Example

`"2100"="140"*("5"-"4")*"15"`

Calculator

LaTeX

Reset

👍

Labour Efficiency Variance Solution

STEP 0: Pre-Calculation Summary

Formula Used

Labour Efficiency Variance = Standard Rate*(Standard Time-Actual Time)*Variance
LV = SR*(ST-AT)*V
This formula uses 5 Variables

Variables Used

Labour Efficiency Variance - Labour Efficiency Variance is the difference between the actual time worked and the total hours that should have been worked.
Standard Rate - Standard Rate refers to the amount paid per hour for work, often determined by industry standards or local laws.
Standard Time - Standard Time refers to the established time used within a particular country. It's the time that's officially recognized and adhered to for various purposes.
Actual Time - Actual Time refers to the time taken to produce an item on a production line versus the planned production time.
Variance - Variance refers to the difference or deviation between an actual outcome or result and an expected or planned outcome.

STEP 1: Convert Input(s) to Base Unit

Standard Rate: 140 --> No Conversion Required
Standard Time: 5 --> No Conversion Required
Actual Time: 4 --> No Conversion Required
Variance: 15 --> No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

LV = SR*(ST-AT)*V --> 140*(5-4)*15

Evaluating ... ...

LV = 2100

STEP 3: Convert Result to Output's Unit

2100 --> No Conversion Required

FINAL ANSWER

2100 <-- Labour Efficiency Variance

(Calculation completed in 00.004 seconds)

You are here -

Home » Financial » Cost Accounting » Labour Efficiency Variance

Credits

Created by Aashna

IGNOU (IGNOU), India

Aashna has created this Calculator and 50+ more calculators!

Verified by Keerthika Bathula

Indian Institute of Technology, Indian School of mines, Dhanbad (IIT ISM Dhanbad), Dhanbad

Keerthika Bathula has verified this Calculator and 25+ more calculators!

< 25 Cost Accounting Calculators

Material Cost Variance

Go Material Cost Variance = (Standard Quality for Actual Output*Standard Price)-(Actual Quantity*Actual Price)

Labour Cost Variance

Go Labour Cost Variance = (Standard Hours for Actual Output*Standard Rate)-(Actual Hours*Actual Rate)

Revised Standard Quantity

Go Revised Standard Quantity = (Standard Quantity of each Material/Total Standard Quantity)*Total Actual Quantity

Learning Curve

Go Learning Curve = (Time Taken to Produce Initial Quantity*Cumulative Number of Batches)^(-Learning Coefficient)

Labour Efficiency Variance

Go Labour Efficiency Variance = Standard Rate*(Standard Time-Actual Time)*Variance

Time to Receive

Go Time to Receive = Time for Stock Validation+Time to Add Stock to Records+Time to Prep Stock for Storage

Labour Rate Variance

Go Labour Rate Variance = Actual Time*(Standard Rate-Actual Rate)*Variance

Cycle Time

Go Cycle Time = Process Time+Inspection Time+Move Time+Queue Time

Revised Standard Hours of Labours

Go Revised Standard Hours of Labours = (Actual Mix/Standard Mix)*(Standard Hours of Labour)

Material Yield Variance

Go Material Yield Variance = (Actual Unit Usage-Standard Unit Usage)*Standard Cost per Unit

Overall Equipment Effectiveness

Go Overall Equipment Effectiveness = Good Count*Ideal Cycle Time/Planned Production Time

Avoided Cost

Go Avoided Costs = Assumed Repair Cost+Production Losses-Preventative Maintenance Cost

Material Usage Variance

Go Material Usage Variance = Standard Price*(Actual Quantity Units-Standard Quantity)

Labour Mix Variance

Go Labour Mix Variance = Standard Rate*(Reversed Standard Rate-Actual Time)

Material Price Variance

Go Material Price Variance = Actual Quantity*(Standard Price-Actual Price)

Material Quantity

Go Material Quantity = Standard Price*(Standard Quantity-Actual Quantity)

Customer Acquisition Cost

Go Customer Acquisition Cost = Cost of Sales and Marketing/Number of New Customers Acquired

Total Addressable Market

Go Total Addressable Market = Annual Contract Value per Client*Number of Potential Clients

First Pass Yield

Go First Pass Yield = Number of Good Products Finished/Number of Production Orders Started

Average Days Delinquent

Go Average Days Delinquent = Days Sales Outstanding-Best Possible Days Sales Outstanding

Backorder Rate

Go Backorder Rate = (Number of Undeliverable Orders/Total Number of Orders)

Monthly Recurring Revenue

Go Monthly Recurring Revenue = Number of Customers*Average Billed Amount

Sell -Through Rate

Go Sell Through Rate = Number of Units Sold/Number of Units Received

Takt Time

Go Takt Time = Production Available Time/Customer Demand

On-Time Delivery

Go On-Time Delivery = On Time Units/Total Units

Labour Efficiency Variance Formula

Labour Efficiency Variance = Standard Rate*(Standard Time-Actual Time)*Variance
LV = SR*(ST-AT)*V

What is Labour Efficiency Variance ?

Labour Efficiency Variance measures how efficiently labour resources are utilized in the production process. The total number of hours worked by labour in the production process during a specific period. It includes both direct and indirect labour hours. These are the hours of labour that should have been used to produce the actual output, as per the predetermined standards set by management. Standard hours are typically based on factors such as historical data, industry norms, and best practices. Labour efficiency variance measures the difference between the actual hours of labour and the standard hours of labour. It indicates whether labour was more or less efficient than expected in producing the output. It helps management understand how effectively labour resources are being utilized in the production process. A positive variance may indicate that labour is performing better than expected, which could result from factors such as improved productivity, skill enhancements etc.

How to Calculate Labour Efficiency Variance?

Labour Efficiency Variance calculator uses Labour Efficiency Variance = Standard Rate*(Standard Time-Actual Time)*Variance to calculate the Labour Efficiency Variance, Labour Efficiency Variance is a concept used in managerial accounting and cost accounting to assess the difference between the actual hours of labor used in production and the standard or expected hours of labor. Labour Efficiency Variance is denoted by LV symbol.

How to calculate Labour Efficiency Variance using this online calculator? To use this online calculator for Labour Efficiency Variance, enter Standard Rate (SR), Standard Time (ST), Actual Time (AT) & Variance (V) and hit the calculate button. Here is how the Labour Efficiency Variance calculation can be explained with given input values -> 2100 = 140*(5-4)*15.

FAQ

What is Labour Efficiency Variance?

Labour Efficiency Variance is a concept used in managerial accounting and cost accounting to assess the difference between the actual hours of labor used in production and the standard or expected hours of labor and is represented as LV = SR*(ST-AT)*V or Labour Efficiency Variance = Standard Rate*(Standard Time-Actual Time)*Variance. Standard Rate refers to the amount paid per hour for work, often determined by industry standards or local laws, Standard Time refers to the established time used within a particular country. It's the time that's officially recognized and adhered to for various purposes, Actual Time refers to the time taken to produce an item on a production line versus the planned production time & Variance refers to the difference or deviation between an actual outcome or result and an expected or planned outcome.

How to calculate Labour Efficiency Variance?

Labour Efficiency Variance is a concept used in managerial accounting and cost accounting to assess the difference between the actual hours of labor used in production and the standard or expected hours of labor is calculated using Labour Efficiency Variance = Standard Rate*(Standard Time-Actual Time)*Variance. To calculate Labour Efficiency Variance, you need Standard Rate (SR), Standard Time (ST), Actual Time (AT) & Variance (V). With our tool, you need to enter the respective value for Standard Rate, Standard Time, Actual Time & Variance and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

Home

FREE PDFs

🔍 Search