Quantitative Aptitude Qs

Practice Volume and Surface Area – What was the day of the week on December 26,1995?

Practice Volume and Surface Area – In day before Yesterday it was Monday, What day will fall on day after tomorrow ?

Practice Volume and Surface Area – What was the day of week on October 24, 1992?

Practice Volume and Surface Area – The calendar for 1992 is the same as for:

Practice Volume and Surface Area – What was the day of the week on January 1, 1998?

Practice Volume and Surface Area – Find the day of the week on 16 th july, 1776

Practice Volume and Surface Area – Given that on 27th February 2003 is Thursday. What was the day on 27th February 1603?

Practice Volume and Surface Area – The radius of a sphere is increased by 50%. The increase in surface area of the sphere is :

Practice Volume and Surface Area – The Largest measuring cylinder that can accurately fill 3 tanks of capacity 98, 182 and 266 liters each, is of capacity.

Practice Volume and Surface Area – Find the coordinates of the midpoint of the line segment joining the points A(-3,2) and B(7,8)

Practice Volume and Surface Area – Three solid metallic balls of radii, 3 cm, 4cm and 5 cm are melted and moulded into a single solid ball. The radius of the new ball is

Practice Volume and Surface Area – The largest measuring cylinder that can accurately fill 3 tanks of capacity 98,182 and 266 litres each, is of capacity:

Practice Volume and Surface Area – Find the altitude of a parallelogram whose sides are 5400cm and the base is 45cm

Practice Volume and Surface Area – Consider a right circular cone of base radius 4 and height 10 cm. A cylinder is to be placed inside the cone with one of the flat surface resting on the base of the cone. Find the largest possible total surface area (in sq cm) of the cylinder.

Practice Volume and Surface Area – A spherical solid ball of radius 58 mm is to be divided into eight equal parts by cutting it four times longitudinally along the same axis.Find the surface area of each of the final pieces thus obtained( in mm^2)