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Statistical Calculation Considerations for Contract selection.

Cargo Weight (lbs): 1,160,000
Estimated Loads: 29
Deadline: 16-05-2019 at 11:30:01 AM
Penalty: $5,800.00

Edit, for more accuracy

[168/12000000]/{[(40000)(1)]/24} = 4.287

The sum of hours available divided by the sum of weight to be delivered divided by the sum of the average load multiplied by the number of trucks. divided by 24 hours, equals trucks necessary.

{[(40,000)(1)/24]168}=x, where x equals the weight one truck can deliver in 168 hours.

280000=x

240000, with 144 hours*

One should calculate at 144 hours to allow time for moving from the previous destination before contract.

 

Quote from J_fix2 on May 8, 2019, 11:34 pm

Cargo Weight (lbs): 1,160,000
Estimated Loads: 29
Deadline: 16-05-2019 at 11:30:01 AM
Penalty: $5,800.00

Hours available deadline subtracted from consignment day (lets say 10/5/2019)
vague calc six months, 30days and 24 hours in those days. 324 hours available.

-If all our seven drivers were to work on one contract it would be
41000 41000 40000 40000 41000 41000 40000
/7 = 70,302 average haul capacity.-

40000/55mph/2(*for off on cycle) is 1454 pds/hr/per truck. 1454pds/hr x 7(OR LESS) is 10,178pds/hr company haulage rate* Single truck at average speed (55mph) and haul capacity (40000).
Total pds to be delivered (1160000) divided the number of Trucks T(1454) sum is 113 hrs that the company can complete the contract in.

Note FIST company haul capacity is 2908, because you people don't do your runs.
So, 1160000/2908 = 398hrs. ALTERNATE POINT IF THE MATH WENT OVER YOUR HEAD YOUR PARTICIPATION COUNTS.

What?

Quote from NTurn427 on May 9, 2019, 12:24 am
Quote from J_fix2 on May 8, 2019, 11:34 pm

Cargo Weight (lbs): 1,160,000
Estimated Loads: 29
Deadline: 16-05-2019 at 11:30:01 AM
Penalty: $5,800.00

Hours available deadline subtracted from consignment day (lets say 10/5/2019)
vague calc six months, 30days and 24 hours in those days. 324 hours available.

-If all our seven drivers were to work on one contract it would be
41000 41000 40000 40000 41000 41000 40000
/7 = 70,302 average haul capacity.-

40000/55mph/2(*for off on cycle) is 1454 pds/hr/per truck. 1454pds/hr x 7(OR LESS) is 10,178pds/hr company haulage rate* Single truck at average speed (55mph) and haul capacity (40000).
Total pds to be delivered (1160000) divided the number of Trucks T(1454) sum is 113 hrs that the company can complete the contract in.

Note FIST company haul capacity is 2908, because you people don't do your runs.
So, 1160000/2908 = 398hrs. ALTERNATE POINT IF THE MATH WENT OVER YOUR HEAD YOUR PARTICIPATION COUNTS.

What?

Good to see you don't understand.  And do it out of ignorance (you; WHAT(re; failing contracts maliciously)

Quote from J_fix2 on May 8, 2019, 11:34 pm

Cargo Weight (lbs): 1,160,000
Estimated Loads: 29
Deadline: 16-05-2019 at 11:30:01 AM
Penalty: $5,800.00

Edit, for more accuracy

[168/12000000]/{[(40000)(1)]/24} = 4.287

The sum of hours available divided by the sum of weight to be delivered divided by the sum of the average load multiplied by the number of trucks. divided by 24 hours, equals trucks necessary.

{[(40,000)(1)/24]168}=x, where x equals the weight one truck can deliver in 168 hours.

280000=x

240000, with 144 hours*

One should calculate at 144 hours to allow time for moving from the previous destination before contract.

 

https://en.wikipedia.org/wiki/Price%27s_model

Cut the goal in half.