SSC_CGL_Mock_01

Sentence Improvement, SSC_CGL_Mock_01_English, SSC_CHSL_Mock_01_English, SSC_CPO_Mock_02_English

The workers of this textile factory demand higher wages for a long time

shivwebdeveloper31@gmail.com / October 25, 2025

Question : Options : have been demanding higher wages demanded higher wages No improvement has demanded higher wages correct […]

2D Mensuration, SSC_CGL_Mock_01_Maths, SSC_CGL_Mock_03_Maths, SSC_CPO_Mock_02_Maths

The radii of three concentric circles are in the ratio of 4 : 5 : 7. What is the ratio of the area between the two inner circles to that between the two outer circles?

shivwebdeveloper31@gmail.com / October 18, 2025

Questions : The radii of three concentric circles are in the ratio of 4 : 5 : 7. What is

Geometry, SSC_CGL_Mock_01_Maths, SSC_CPO_Mock_01_Maths, SSC_GD_Mock_02_Maths

A circle is inscribed in a triangle ABC. It touches the sides AB, BC and AC at the points R, P and Q respectively. If AQ = 4.5cm, PC = 5.5 cm and BR = 6 cm, then the perimeter of the triangle ABC is

shivwebdeveloper31@gmail.com / October 17, 2025

Questions : A circle is inscribed in a triangle ABC. It touches the sides AB, BC and AC at the

SSC_CGL_Mock_01_Maths, SSC_CHSL_Mock_02_Maths, SSC_CPO_Mock_01_Maths, SSC_GD_Mock_03_Maths, Trignnometry

If 4 − 2sin²θ − 5cosθ = 0, 0° < θ < 90°, then the value of sinθ + tanθ is

shivwebdeveloper31@gmail.com / October 17, 2025

Question : If 4 − 2sin²θ − 5cosθ = 0, 0° < θ < 90°, then the value of sinθ

Race, SSC_CGL_Mock_01_Maths, SSC_CHSL_Mock_01_Maths, SSC_CPO_Mock_01_Maths

In a 1500 m race, Anil beats Bakul by 150 m and in the same race Bakul beats Charles by 75 m. By what distance does Anil beat Charles ?

shivwebdeveloper31@gmail.com / October 15, 2025

Question : In a 1500 m race, Anil beats Bakul by 150 m and in the same race Bakul beats

Boat & Stream, SSC_CGL_Mock_01, SSC_CGL_Mock_01_Maths, SSC_CHSL_Mock_02_Maths, SSC_CPO_Mock_01_Maths, SSC_CPO_Mock_02_Maths

A boat can cover a distance of 7.2 km downstream and 3.2 km upstream in 2 hours. It can also cover 1.5 km downstream and 0.6 km upstream in 24 minutes. What is the speed of the boat when going downstream (in km/hr) ?

shivwebdeveloper31@gmail.com / October 14, 2025

Question : A boat can cover a distance of 7.2 km downstream and 3.2 km upstream in 2 hours. It

SSC_CGL_Mock_01_Maths, SSC_CHSL_Mock_02_Maths, SSC_CPO_Mock_01_Maths, SSC_GD_Mock_02_Maths, Time Speed and Distance

A truck covers a distance of 384 km at a certain speed. If the speed is decreased by 16km/hr. It will take 2 hours more to cover the same distance. 75% of its original speed (in km/hr) is :

shivwebdeveloper31@gmail.com / September 12, 2025

Questions : A truck covers a distance of 384 km at a certain speed. If the speed is decreased by

Pipe and Cistern, SSC_CGL_Mock_01_Maths, SSC_CPO_Mock_02_Maths, SSC_GD_Mock_03_Maths

Pipes A and B can fill a tank in one hour and two hours respectively while pipe C can empty the filled up tank in one hour and fifteen minutes. A and C are turned on together at 9 a.m. After 2 hours. Only A is closed and B is turned on. When will the tank be emptied ?

shivwebdeveloper31@gmail.com / September 12, 2025

Questions : Pipes A and B can fill a tank in one hour and two hours respectively while pipe C

SSC_CGL_Mock_01_Maths, SSC_CPO_Mock_02_Maths, SSC_GD_Mock_02_Maths, Time and Work

To do a certain work, A and B work on alternate days, with B beginning the work on the first day. A can finish the work alone in 48 days. If the work gets completed in 11 1/3 days, then B alone can finish 4 times the same work in:

shivwebdeveloper31@gmail.com / September 9, 2025

Questions : To do a certain work, A and B work on alternate days, with B beginning the work on

SSC_CGL_Mock_01_Maths, SSC_CHSL_Mock_02_Maths, SSC_CPO_Mock_02_Maths, SSC_GD_Mock_03_Maths, Time and Work

The ratio of the efficiencies of A, B and C is 2 : 5 : 3. Working together, they can complete a work in 27 days. B and C together can complete 4/9th part of that work in :

shivwebdeveloper31@gmail.com / September 9, 2025

Questions : The ratio of the efficiencies of A, B and C is 2 : 5 : 3. Working together,