Embibe Experts Solutions for Exercise 1: SAT 2019

Author:Embibe Experts

Embibe Experts Scholastic Aptitude Test (SAT) Solutions for Exercise - Embibe Experts Solutions for Exercise 1: SAT 2019

Attempt the free practice questions from Exercise 1: SAT 2019 with hints and solutions to strengthen your understanding. EMBIBE CHAPTER WISE PREVIOUS YEAR PAPERS FOR SAT solutions are prepared by Experienced Embibe Experts.

Questions from Embibe Experts Solutions for Exercise 1: SAT 2019 with Hints & Solutions

MEDIUM
NTSE Stage II
IMPORTANT

Two circles, both of radii ‘a’ touch each other and each of them touches internally a circle of radius 2a. Then the radius of the circle which touches all the three circles is

MEDIUM
NTSE Stage II
IMPORTANT

Let A(5,5), B(4,5) and C(4,5) be the vertices of the triangle ABC. If a circle passes through the vertices of ABC then the area (in sq. units) lying inside the circle but outside the ABC is

HARD
NTSE Stage II
IMPORTANT

Let G be the centroid of the triangle ABC in which the angle C is obtuse. Let AD and CF are the medians from A and C on the sides BC and AB respectively. If the four points B,D,G and F are concyclic, then BCAC

HARD
NTSE Stage II
IMPORTANT

Let ABC be a triangle with sides a,b,c. Then lengths of medians of the triangle formed by the medians of the triangle ABC are

HARD
NTSE Stage II
IMPORTANT

Let ABCD be a square of side 20 cm. The area of the square PQRS (in cm2) interior to ABCD, shown in the figure is

Question Image

HARD
NTSE Stage II
IMPORTANT

Let D be a point on the side BC of a triangle ABC such that ADC=BAC. If AC=21 cm, then the side of an equilateral triangle whose area is equal to the area of the rectangle with sides BC and DC is

MEDIUM
NTSE Stage II
IMPORTANT

In the given figure, ABCD is a rectangle. Then the area of the shaded region is

Question Image

HARD
NTSE Stage II
IMPORTANT

In quadrilateral ABCD, ABC+DCB=90° and ADEF is a square constructed on side AD in the exterior of the quadrilateral ABCD. If BC=10 cm,AC=9 cm and BD=8 cm, then the area (In cm2) of the square ADEF lies between.