![Electric railway journal . he Westinghouse 93 equipments.The saving in power consumption on the basis of watt-hours per ton-mile is largest, with 11.39 Per cent> in theWestinghouse 101 motors, and smallest, Electric railway journal . he Westinghouse 93 equipments.The saving in power consumption on the basis of watt-hours per ton-mile is largest, with 11.39 Per cent> in theWestinghouse 101 motors, and smallest,](https://c8.alamy.com/comp/2CGRN42/electric-railway-journal-he-westinghouse-93-equipmentsthe-saving-in-power-consumption-on-the-basis-of-watt-hours-per-ton-mile-is-largest-with-1139-per-centgt-in-thewestinghouse-101-motors-and-smallest-with-179-per-centin-the-ge80-motor-on-the-elevated-lines-all-of-the-westinghouse-50-e-and50-l-motors-are-being-changed-from-a-ratio-of-1952-toone-of-1754-the-50-b-motors-were-originally-geared-for1752-and-will-remain-thus-the-1964-ratio-of-the-newcommutating-pole-motor-however-is-satisfactory-for-opera-tion-in-the-same-train-as-the-1754-motors-the-changein-the-elevated-mo-2CGRN42.jpg)
Electric railway journal . he Westinghouse 93 equipments.The saving in power consumption on the basis of watt-hours per ton-mile is largest, with 11.39 Per cent> in theWestinghouse 101 motors, and smallest,
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![Graph of suction temperature versus power per ton of refrigeration, keeping condenser temperature fixed in vapor compression refrigeration system in figure is: Graph of suction temperature versus power per ton of refrigeration, keeping condenser temperature fixed in vapor compression refrigeration system in figure is:](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1302193/original_ar18.png)
Graph of suction temperature versus power per ton of refrigeration, keeping condenser temperature fixed in vapor compression refrigeration system in figure is:
![Graph of suction temperature versus power per ton of refrigeration, keeping condenser temperature fixed in vapor compression refrigeration system in figure is: Graph of suction temperature versus power per ton of refrigeration, keeping condenser temperature fixed in vapor compression refrigeration system in figure is:](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1302211/original_ar19.png)
Graph of suction temperature versus power per ton of refrigeration, keeping condenser temperature fixed in vapor compression refrigeration system in figure is:
![Power Per Ton Refrigeration Variation Fig 5: Power Consumption Variation | Download Scientific Diagram Power Per Ton Refrigeration Variation Fig 5: Power Consumption Variation | Download Scientific Diagram](https://www.researchgate.net/publication/335184822/figure/fig1/AS:792835154534400@1566038039666/Power-Per-Ton-Refrigeration-Variation-Fig-5-Power-Consumption-Variation.png)
Power Per Ton Refrigeration Variation Fig 5: Power Consumption Variation | Download Scientific Diagram
![Find the power of an engine which can draw a train of 77. 400 metric ton up the inclined plane of 1 in 98 at the rate of 10ms^(-1). The resistance due Find the power of an engine which can draw a train of 77. 400 metric ton up the inclined plane of 1 in 98 at the rate of 10ms^(-1). The resistance due](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/642707917_web.png)
Find the power of an engine which can draw a train of 77. 400 metric ton up the inclined plane of 1 in 98 at the rate of 10ms^(-1). The resistance due
![Power Per Ton Refrigeration Variation Fig 5: Power Consumption Variation | Download Scientific Diagram Power Per Ton Refrigeration Variation Fig 5: Power Consumption Variation | Download Scientific Diagram](https://www.researchgate.net/profile/Imhade-Okokpujie/publication/335184822/figure/fig1/AS:792835154534400@1566038039666/Power-Per-Ton-Refrigeration-Variation-Fig-5-Power-Consumption-Variation_Q320.jpg)
Power Per Ton Refrigeration Variation Fig 5: Power Consumption Variation | Download Scientific Diagram
![A train of mass 100ton is moving up an incline of 1 in 100 at a constant speed of 36km ph . If the friction per ton is 100N then power of A train of mass 100ton is moving up an incline of 1 in 100 at a constant speed of 36km ph . If the friction per ton is 100N then power of](https://dwes9vv9u0550.cloudfront.net/images/3814134/07e2ad63-7aa1-41c6-9697-baf8da3bfb20.jpg)
A train of mass 100ton is moving up an incline of 1 in 100 at a constant speed of 36km ph . If the friction per ton is 100N then power of
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![SOLVED: There are three power generation units in one location: unit 1, unit 2, and unit 3. Power capacity, production, kW per ton coal, and production cost per kW each unit are SOLVED: There are three power generation units in one location: unit 1, unit 2, and unit 3. Power capacity, production, kW per ton coal, and production cost per kW each unit are](https://cdn.numerade.com/ask_images/89b1bad181874a3abe3a848b3fd8572f.jpg)
SOLVED: There are three power generation units in one location: unit 1, unit 2, and unit 3. Power capacity, production, kW per ton coal, and production cost per kW each unit are
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![Comparison of consumed power per ton of refrigeration when circulating... | Download Scientific Diagram Comparison of consumed power per ton of refrigeration when circulating... | Download Scientific Diagram](https://www.researchgate.net/publication/260812586/figure/fig8/AS:669556922150923@1536646218496/Comparison-of-consumed-power-per-ton-of-refrigeration-when-circulating-R-22-and-R-407A.png)