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Himachal Pradesh mathematics - Practice Mock Test Set 38

1. Pipes L and F can fill a cistern in 25 minutes and 50 minutes, respectively. If both pipes are opened simultaneously, then after how much time should pipe F be closed so that the cistern will get filled in just 20 minutes?

Mathematics 📄 JOA IT (2026)

A. 10 minutes B. 12 minutes C. 15 minutes D. 8 minutes

2. Pipes L and F can fill a cistern in 25 minutes and 50 minutes, respectively. If both pipes are opened simultaneously, then after how much time should pipe F be closed so that the cistern will get filled in just 20 minutes?

Mathematics 📄 JOA IT (2026)

A. 10 minutes B. 12 minutes C. 15 minutes D. 8 minutes

3. Pipes L and F can fill a cistern in 25 minutes and 50 minutes, respectively. If both pipes are opened simultaneously, then after how much time should pipe F be closed so that the cistern will get filled in just 20 minutes?

Mathematics 📄 JOA IT (2026)

A. 10 minutes B. 12 minutes C. 15 minutes D. 8 minutes

4. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

5. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

6. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

7. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

8. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

9. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

10. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

11. A motorboat covers a certain distance downstream in a given time. In the same amount of time, it can only cover 75% of that distance upstream. What is the ratio of the speed of the motorboat in still water to the speed of the stream?

Mathematics 📄 JOA IT (2026)

A. 31-Dec-1899 B. 31-Dec-1899 C. 31-Dec-1899 D. 31-Dec-1899

12. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

13. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

14. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

15. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

16. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

17. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

18. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

19. The present age of Sanjima is 24 years more than the age of her daughter Mishti. After two years from now, Sanjima’s age will be twice the age of Mishti. What is the present age (in years) of Sanjima?

Mathematics 📄 JOA IT (2026)

A. 42 B. 44 C. 46 D. 48

20. Find the capacity of a conical flask whose base diameter is 14 cm and height is 33 cm. (Use $\pi = \frac{22}{7}$)

Mathematics 📄 JOA IT (2026)

A. 694 cm³ B. 1294 cm³ C. 1600 cm³ D. 1694 cm³

21. Find the capacity of a conical flask whose base diameter is 14 cm and height is 33 cm. (Use $\pi = \frac{22}{7}$)

Mathematics 📄 JOA IT (2026)

A. 694 cm³ B. 1294 cm³ C. 1600 cm³ D. 1694 cm³

22. Find the capacity of a conical flask whose base diameter is 14 cm and height is 33 cm. (Use $\pi = \frac{22}{7}$)

Mathematics 📄 JOA IT (2026)

A. 694 cm³ B. 1294 cm³ C. 1600 cm³ D. 1694 cm³

23. Find the capacity of a conical flask whose base diameter is 14 cm and height is 33 cm. (Use $\pi = \frac{22}{7}$)

Mathematics 📄 JOA IT (2026)

A. 694 cm³ B. 1294 cm³ C. 1600 cm³ D. 1694 cm³

24. Find the capacity of a conical flask whose base diameter is 14 cm and height is 33 cm. (Use $\pi = \frac{22}{7}$)

Mathematics 📄 JOA IT (2026)

A. 694 cm³ B. 1294 cm³ C. 1600 cm³ D. 1694 cm³

25. Find the capacity of a conical flask whose base diameter is 14 cm and height is 33 cm. (Use $\pi = \frac{22}{7}$)

Mathematics 📄 JOA IT (2026)

A. 694 cm³ B. 1294 cm³ C. 1600 cm³ D. 1694 cm³

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