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A train travels 360 km at a uniform speed.If she had been 5 km/h more,it would have taken 1 hour less for the same journey.Find the speed of the train.

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Work Problem related to speed, distance and time A men walks a certain distance at a certain rate. Had he walked 1/2 km per hour faster, he would taken one hour less. But if he had gone one km/hour slower, he would have taken three hours longer. Find the distance covered by the mann and his original rate of walking.

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R G PUBLICATION-QUADRATIC EQUATIONS-EXERCISE
  1. The diagonal of a rectangular field is 60 meters more than the shorter...

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  2. The difference of squares of two numbers is 180.The square of the smal...

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  3. A train travels 360 km at a uniform speed.If she had been 5 km/h more...

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  4. Two water taps together can fill a tank in 9(3/8) hours.The tap of lar...

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  5. An express train takes 1 hours less than a passenger train to travel 1...

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  6. Sum of the areas of two squares is 468m^2.If the difference of the the...

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  7. Find the nature of the roots of the following quadratic equations.If t...

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  8. Find the nature of the roots of the following quadratic equations.If t...

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  9. Find the nature of the roots of the following quadratic equations.If t...

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  10. Find the values of k for each of the following quadratic equations,so ...

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  11. Find the values of k for each of the following quadratic equations,so ...

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  12. Is it possible to design a rectangular mango grove whose length is twi...

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  13. Is the following situation possible?If so,determine their present ages...

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  14. Is it possible to design a rectangular park of perimeter 80 m and area...

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  15. Solve the following quadratic equation by the method of factorisation:...

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  16. Solve the following quadratic equation by the method of factorisation:...

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  17. Solve the following quadratic equation by the method of factorisation:...

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  18. Solve the following quadratic equation by the method of factorisation:...

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  19. Solve the following quadratic equation by the method of factorisation:...

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  20. Solve the following quadratic equation by the method of factorisation:...

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