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`X = ( 10 / 25 ) * 50 `

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The **Units Produced or Consumed over Time** calculator computes the units (**X**) produced or consumed over a period of time (**T**) based on the time to produce or consume (**P**) as standard number of units (**N**).

**INSTRUCTIONS:** Choose units and enter the following:

- (
**N**)**N**umber of units produced or consumed in the Unit Period (e.g. 3,800 apples picked per week) - (
**P**)**P**eriod or duration, which is the time span to process one unit amount (e.g. one week to pick 3,800 apples) - (
**T**)**T**ime for the production or consumption. (e.g. 29 days)

**Units (U):** The calculator returns the number of units (**X**) produced or consumed over the period.

Production and consumption of materials over time can be estimated or measured based on the average production or consumption rate of a unit. This calculator allows you to enter a standard number of units (N) that is processed (produced or consumed) in a standard period of time (P). With this calculator you can determine how many units are used, produced or consumed over a designated time (T).

The formula Units Produced or Consumed over Time is:

`U = (N / P) * T`

where:

- U = Units produced or consumed
- N = Units per base unit of time
- P = Base period of time
- T = Total time of production or consumption

**Production examples:**

- Microchip company that produces 34 of a certain kind of microchip(
**N**) every 3.25 minutes (**P**). This calculator can tell you how many chips are produced in 36 hours (**T**). The answer is 22,596.92 chips. - Brewery that bottles 720 bottles of beer(
**N**) every 12 hour shift (**P**). This calculator can tell you how many bottles are produced in five days (**T**). The answer is 7,200 bottles every 5 days .

**Consumption examples:**

- College Dorm that uses 5,500 rolls of toilet paper (
**N**) every year (**P**). This calculator can tell you how much toilet paper is needed every month (**T**). The answer is 458.33 rolls of toilet paper per month. - Hospital that uses 1,400 20 ml syringes (
**N**) every six months(**P**). This calculator can tell you how many are needed every week (**T**). The answer is 53.66 syringes per week.

**Time for Units:**Computes time to process a number of units.**Units over Time:**Computes number of units processed over a period of time.**Total Cost of Units:**Computes total cost based on the number of units and the cost of a single unit.**Unit Cost:**Computes the Average Unit Cost.**Variable Cost Rate:**Variable cost of units including labor and materials.**Variable Cost per Unit****:**Variable cost of units over two periods.**Sell-Through Rate:**Ratio of units sold verse received.

The Production Calculator computes the cost in time or capital to buy, produce or consume commodities measured by number of units or by length, area, volume or weight. It provides automatic conversions between different units for time, length, area, volume, mass and up to date currency conversions between several international currencies.

PRICE or Production Time by **UNITS**

**Time for Units:**Computes time to process a number of units.**Units over Time:**Computes number of units processed over a period of time.**Total Cost of Units:**Computes total cost based on the number of units and the cost of a single unit.**Unit Cost:**Computes the Average Unit Cost.

PRICE or Production Time by **LENGTH**

**Price per Length or Distance:**Computes total cost for items measured by length or distance.**Length over Time:**Computes total length processed or traveled over time.**Time for Length:**Computes time required to process or travel length or distance based on a rate.

PRICE or Production Time by **AREA**

**Price per Area:**Computes total cost for items measured by area.**Area over Time:**Computes the total area processed or traveled over time.**Time for Area:**Computes time required to process an area based at a rate.

PRICE or Production Time by **VOLUME**

**Price per Volume:**Computes total cost for items measured by volume.**Volume over Time:**Computes total volume processed over time based a rate.**Time for Volume:**Computes time required to process a volume based at a rate.

PRICE or Production Time by **WEIGHT or MASS**

**Price per Weight or Mass:**Computes total cost for items measured by weight or mass.**Weight or Mass over Time:**Computes total weight or mass processed over time based on a rate.**Time for Weight or Mass:**Computes time required to process a weight or mass based at a rate.

**Amdahl's Law**: Computes the speedup factor for a total task based on the speedup factor of a portion of the task and the percent of that portion in relation to the total task.

- Time required to process an amount of data at a specific data processing rate
- Amount of time required to transfer an amount of data over a different types of networks
- Number of items (unit-less) produced over time
- Length or distance processed (produce or consume) over time
- Area processed (produced, covered or consumed) over time
- Volume processed (produced or consumed) over time
- Weight or mass processed (produced or consumed) over time
- Speedup Factor (aka Amdahl's Law)
- Compute Data Storage Needed
- Network Propagation Delay

- Cable dB Loss Budget - computes db loss based on length of fiber run and number of connectors.
- Propagation Delay - computes the delay between two routers based on their positions and a transfer rate.
- Nodal Delay - computes the nodal delay based on the queuing, processing, transmission and propagation delay.
- End to End Delay - computes the end to end delay based on the number of nodes and the processing, transmission, and propagation delay.
- RF Velocity of Propagation - computes the RF velocity based on the medium permittivity
- Transmission Delay - computes the delay based on length of packet and transmission rate.
- Data Transfer Time Calculator - computes the time to transfer an amount of data based on the data transfer rate.
- Simplified Propagation Delay - computes the delay between two router based on the distance and the transfer rate.