Sure! Here's a transcription and explanation of the diagram details:---**Figure 10.8**: Performance chart for a 22-ton rear-dump truck### Explanation of the Diagram:The chart is divided into two main sections, displaying performance metrics for a 22-ton rear-dump truck.#### Top Graph:- **X-Axis (Top)**: Represents the total resistance as a percent of vehicle weight, ranging from 0 to 40.- **Y-Axis (Left)**: Displays vehicle weight in thousands of pounds, ranging from 0 to 300.- **Lines and Labels**: - Various diagonal lines represent different conditions or performance metrics. Two key labeled lines are: - **Rated GVW** (Gross Vehicle Weight) - **Rated NVW** (Net Vehicle Weight)#### Bottom Graph:- **Y-Axis (Left)**: Shows speed in miles per hour (mph), ranging from 0 to 50.- **X-Axis (Bottom)**: Represents rimpull in thousands of pounds, ranging from 0 to 150.- **Gear Indicators**: Curved lines labeled as Fifth, Fourth, Third, Second, and First, indicating the performance characteristics in different gears.### Performance Chart Details:- **Engine**: GM 6-71N at 238 hp- **Transmission**: Fuller 5GT-1220- **Axle Ratio**: 16.00/1- **Tire Size**: 16.00-25- **RoRa**: 28.6 inchesThis detailed information helps in understanding the vehicle performance by illustrating the relationship between speed, rimpull, vehicle weight, and total resistance at various operating conditions. A truck for which the information in Figure 10.8 applies operates over a haul road with a +4% slope and a rolling resistance of 90 lb/ton. If the gross vehicle weight is 70,000 lb, determine the truck’s maximum speed.(Note: Figure 10.8 is referenced but not provided, so any relevant graphs or diagrams from the figure should be consulted within the source material for further analysis and information.)

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A truck for which the information in Figure 10.8 applies operates over a haul road with a +4% slope and a rolling resistance of 90 lb/ton. If the gross vehicle weight is 70,000 lb, determine the truck's maximum speed.

A truck for which the information in Figure 10.8 applies operates over a haul road with a +4% slope and a rolling resistance of 90 lb/ton. If the gross vehicle weight is 70,000 lb, determine the truck's maximum speed.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Concept explainers

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.

Question

Sure! Here's a transcription and explanation of the diagram details:

---

**Figure 10.8**: Performance chart for a 22-ton rear-dump truck

### Explanation of the Diagram:

The chart is divided into two main sections, displaying performance metrics for a 22-ton rear-dump truck.

#### Top Graph:
- **X-Axis (Top)**: Represents the total resistance as a percent of vehicle weight, ranging from 0 to 40.
- **Y-Axis (Left)**: Displays vehicle weight in thousands of pounds, ranging from 0 to 300.
- **Lines and Labels**:
- Various diagonal lines represent different conditions or performance metrics. Two key labeled lines are:
- **Rated GVW** (Gross Vehicle Weight)
- **Rated NVW** (Net Vehicle Weight)

#### Bottom Graph:
- **Y-Axis (Left)**: Shows speed in miles per hour (mph), ranging from 0 to 50.
- **X-Axis (Bottom)**: Represents rimpull in thousands of pounds, ranging from 0 to 150.
- **Gear Indicators**: Curved lines labeled as Fifth, Fourth, Third, Second, and First, indicating the performance characteristics in different gears.

### Performance Chart Details:

- **Engine**: GM 6-71N at 238 hp
- **Transmission**: Fuller 5GT-1220
- **Axle Ratio**: 16.00/1
- **Tire Size**: 16.00-25
- **RoRa**: 28.6 inches

This detailed information helps in understanding the vehicle performance by illustrating the relationship between speed, rimpull, vehicle weight, and total resistance at various operating conditions.

A truck for which the information in Figure 10.8 applies operates over a haul road with a +4% slope and a rolling resistance of 90 lb/ton. If the gross vehicle weight is 70,000 lb, determine the truck’s maximum speed.

(Note: Figure 10.8 is referenced but not provided, so any relevant graphs or diagrams from the figure should be consulted within the source material for further analysis and information.)

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