Return Distance in Feet given Variable Time Solution

STEP 0: Pre-Calculation Summary
Formula Used
Return Distance in Foot in Scraper Production = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Haul Distance in Feet
Rft = (Tv*88*Smph)-Hft
This formula uses 4 Variables
Variables Used
Return Distance in Foot in Scraper Production - (Measured in Meter) - Return Distance in Foot in Scraper Production is the journey back from a destination.
Variable Time in Scraper Production - (Measured in Second) - Variable Time in Scraper Production is a schedule of stimulus presentation in which stimuli are presented, independently of any behavior.
Speed in Miles per Hour in Scraper Production - (Measured in Meter per Second) - Speed in Miles per Hour in Scraper Production is defined as distance covered in a particular time .
Haul Distance in Feet - (Measured in Meter) - Haul Distance in Feet is the specified distance the excavated material is hauled without additional compensation.
STEP 1: Convert Input(s) to Base Unit
Variable Time in Scraper Production: 0.2 Minute --> 12 Second (Check conversion here)
Speed in Miles per Hour in Scraper Production: 0.045 Mile per Hour --> 0.0201168 Meter per Second (Check conversion here)
Haul Distance in Feet: 66.92 Foot --> 20.3972160000816 Meter (Check conversion here)
STEP 2: Evaluate Formula
Substituting Input Values in Formula
Rft = (Tv*88*Smph)-Hft --> (12*88*0.0201168)-20.3972160000816
Evaluating ... ...
Rft = 0.846124799918403
STEP 3: Convert Result to Output's Unit
0.846124799918403 Meter -->2.77599999972119 Foot (Check conversion here)
FINAL ANSWER
2.77599999972119 โ‰ˆ 2.776 Foot <-- Return Distance in Foot in Scraper Production
(Calculation completed in 00.004 seconds)

Credits

Created by Suraj Kumar
Birsa Institute of Technology (BIT), Sindri
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Verified by Ishita Goyal
Meerut Institute of Engineering and Technology (MIET), Meerut
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25 Scraper Production Calculators

Speed at Haul and Return in Miles per Hour given Variable Time
Go Speed in Miles per Hour in Scraper Production = (Haul Distance in Feet+Return Distance in Foot in Scraper Production)/(88*Variable Time in Scraper Production)
Variable Time when Haul and Return Distance is in Feet
Go Variable Time in Scraper Production = (Haul Distance in Feet+Return Distance in Foot in Scraper Production)/(88*Speed in Miles per Hour in Scraper Production)
Return Distance in Feet given Variable Time
Go Return Distance in Foot in Scraper Production = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Haul Distance in Feet
Haul Distance in Feet given Variable Time
Go Haul Distance in Feet = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Return Distance in Foot in Scraper Production
Speed at Haul and Return in Kilometer per Hour given Variable Time
Go Speed in Kmph in Scraper Production = (Haul Distance+Return Distance in Meter)/(16.7*Variable Time in Scraper Production)
Return Distance in Meter given Variable Time
Go Return Distance in Meter = (Variable Time in Scraper Production*16.7*Speed in Kmph in Scraper Production)-Haul Distance
Haul Distance in Meter given Variable Time
Go Haul Distance = (Variable Time in Scraper Production*16.7*Speed in Kmph in Scraper Production)-Return Distance in Meter
Production Required to Determine Number of Scrapers
Go Production Required in Scraper Production = (Bank in Scraper Production/Time in Scraper Production in Hour)
Working Time given Production Required
Go Time in Scraper Production in Hour = (Bank in Scraper Production/Production Required in Scraper Production)
Quantity given Production Required
Go Bank in Scraper Production = (Production Required in Scraper Production*Time in Scraper Production in Hour)
Production Required given Number of Scrapers Needed for Job
Go Production Required in Scraper Production = Number of Scraper in Scraper Production*Production per Unit
Trips per Hour given Production of Scrap by Machines
Go Trips per Hour = (Production Required in Scraper Production/Load in Scraper Production)
Load Given Production of Scrap by Machines
Go Load in Scraper Production = (Production Required in Scraper Production/Trips per Hour)
Production of Scrap by Machines
Go Production Required in Scraper Production = (Load in Scraper Production*Trips per Hour)
Number of Scrapers Needed for Job
Go Number of Scraper = (Production Required in Scraper Production/Production per Unit)
Density of Material given Quantity of Scrap Produced
Go Density of Material in Scraper Production = (Weight of Load Scrap/Bank in Scraper)
Weight of Load Given Quantity of Scrap Produced
Go Weight of Load Scrap = (Bank in Scraper*Density of Material in Scraper Production)
Bank or Quantity of Scrap Produced
Go Bank in Scraper = (Weight of Load Scrap/Density of Material in Scraper Production)
Scraper Cycle Time given Number of Scrapers Pusher can Load
Go Scraper Cycle Time = (Number of Scraper a Pusher*Pusher Cycle Time)
Pusher Cycle Time given Number of Scrapers Pusher can Load
Go Pusher Cycle Time = (Scraper Cycle Time/Number of Scraper a Pusher)
Number of Scrapers Pusher can Load
Go Number of Scraper a Pusher = (Scraper Cycle Time/Pusher Cycle Time)
Working Time given Trips per Hour for Excavating Scrap
Go Working Time in Scraper Production = (Trips per Hour*Cycle Time)
Cycle Time given Trips per Hour for Excavating Scrap
Go Cycle Time = (Working Time in Scraper Production/Trips per Hour)
Trips per Hour for Excavating Scrap
Go Trips per Hour = (Working Time in Scraper Production/Cycle Time)
Production per Unit Given Number of Scrapers Needed for Job
Go Production per Unit = (Production Required/Number of Scraper)

Return Distance in Feet given Variable Time Formula

Return Distance in Foot in Scraper Production = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Haul Distance in Feet
Rft = (Tv*88*Smph)-Hft

What is Haul Distance?

The distance measured along the center line or most direct practical route between the center of the mass of excavation and the center of mass of the fill as finally placed. It is the distance material is moved.

How to Calculate Return Distance in Feet given Variable Time?

Return Distance in Feet given Variable Time calculator uses Return Distance in Foot in Scraper Production = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Haul Distance in Feet to calculate the Return Distance in Foot in Scraper Production, The Return Distance in Feet given Variable Time is defined as the return distance when speed , variable time and haul distance is known. Return Distance in Foot in Scraper Production is denoted by Rft symbol.

How to calculate Return Distance in Feet given Variable Time using this online calculator? To use this online calculator for Return Distance in Feet given Variable Time, enter Variable Time in Scraper Production (Tv), Speed in Miles per Hour in Scraper Production (Smph) & Haul Distance in Feet (Hft) and hit the calculate button. Here is how the Return Distance in Feet given Variable Time calculation can be explained with given input values -> 9.107612 = (12*88*0.0201168)-20.3972160000816.

FAQ

What is Return Distance in Feet given Variable Time?
The Return Distance in Feet given Variable Time is defined as the return distance when speed , variable time and haul distance is known and is represented as Rft = (Tv*88*Smph)-Hft or Return Distance in Foot in Scraper Production = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Haul Distance in Feet. Variable Time in Scraper Production is a schedule of stimulus presentation in which stimuli are presented, independently of any behavior, Speed in Miles per Hour in Scraper Production is defined as distance covered in a particular time & Haul Distance in Feet is the specified distance the excavated material is hauled without additional compensation.
How to calculate Return Distance in Feet given Variable Time?
The Return Distance in Feet given Variable Time is defined as the return distance when speed , variable time and haul distance is known is calculated using Return Distance in Foot in Scraper Production = (Variable Time in Scraper Production*88*Speed in Miles per Hour in Scraper Production)-Haul Distance in Feet. To calculate Return Distance in Feet given Variable Time, you need Variable Time in Scraper Production (Tv), Speed in Miles per Hour in Scraper Production (Smph) & Haul Distance in Feet (Hft). With our tool, you need to enter the respective value for Variable Time in Scraper Production, Speed in Miles per Hour in Scraper Production & Haul Distance in Feet and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
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