Question
In the question, a highlighted phrasal verb is
given, which is followed by three sentences, you have to identify that the highlighted phrasal is correctly used or not. You have to mark the option in which the phrasal is correctly used. Put off 1.   If the service is not impeccable, that customer is likely to be put off for life. 2.   Some students are put off studying his work because of the ornate language of the poetry 3.   Although in non-stop pain, he has put off the operation until the Formula One championship season is overSolution
Meaning of ‘put off’ – postpone something and cause someone to lose interest The phrasal verb is correctly used in all the statements. Hence, all the options are correct Â
The base of a triangle is 18 cm and height is 15 cm. The height of another triangle of double the area having the base 27 cm is:
A solid cube of side 8 cm is dropped into a rectangular container of length 16 cm, breadth 8 cm and height 15 cm which is partly filled with water. If t...
The ratio of the largest and the smallest angle of a triangle is 3:2. The smallest angle is 20% of the sum of these two angles. What is the sum of the r...
The ratio of the curved surface area to the total surface area of a cylinder is 3:5. If the curved surface area is 1848 cm², find the height of the cyl...
The side of a square is equal to the diameter of a circle. The area of a square is 196 sq cm. what is the area of the circle?
If the volume and radius of a cylinder is 4620 cm3 and 14 cm respectively then find the height of the cylinder?
The sum of the radii of spheres A and B is 14 cm. the radius of A being larger than that of B. The difference between their surface areas is 112π. Wh...
If the ratio of areas of two circle is 4:25, then the ratio of their circumferences will be:
The perimeter of a rectangle of length 2(x + 5) cm and breadth 2(x + 2) cm is double the perimeter of a square of area 324 cm². Find the area of the re...
1.5 cm of rain has fallen on a square km of length 80% of the water was stored in a tank of dimensions 160 m × 15m. Find the increase in the water leve...