SHSAT PRACTICE TEST QUESTIONS IN MATH

About "SHSAT Practice Test Questions in Math"

SHSAT Practice Test Questions in Math

Here we are going to see some practice questions questions for SHSAT exams. 

SHSAT Practice Test Questions in Math

SHSAT Practice Test Questions in Math - Practice questions

Question 1 : 

One-third the product of two numbers is 24.  One-half the product of these same two numbers is

Solution :

Let "x" and "y" be the two numbers.

Product of two numbers  =  xy

(1/3) of xy  =  24

xy  =  24(3)

xy  =  72

Multiply 1/2 on both sides, we get

(1/2) xy   =  (1/2) 72

(1/2) xy  =  36

Hence the required answer is 36.

Question 2 :

The area of rectangle ABCD  is 72.  Point F is on AB such that BF = 4. What is the sum of the areas of triangles CBF and DAF?

Solution :

By subtracting area of triangle FDC from area of rectangle ABCD, we get the required area.

Required area  =  Area of ABCD - Area of triangle FDC

  =  72 - (1/2) base ⋅ height

  =  72 - (1/2) (CD ⋅ AD)

CD  =  Width of rectangle, AD  =  Length of rectangle

  =  72 - (1/2) (Area of rectangle)

  =  72 - (1/2) (72)

  =  72 - 36

  =  36

Hence the required area is 36.

Question 3 :

Ms. Brady has 28 students in her class.  The ratio of boys to girls in the class is 2 to 5.  How many new boys must be added to the class to make the ratio of boys to girls 1:2?

Solution :

Number of students in the class  =  28

Number of boys  =  (2/(2+5)) ⋅ 28

=  (2/7) ⋅ 28

=  2(4)

  =  8

Number of girls =  5/(2+5) ⋅ 28

=  (5/7) ⋅ 28

=  5(4)

  =  20

(8 + y) : (20 + y)  =  1 : 2

(8 + y) / (20 + y)  =  1/2 

2(8 + y)  =  1 (20 + y)

16 + 2y  =  20

2y  =  20 - 16

2y  =  4

y = 2

Hence the number of students to be added is 2.

Question 4 :

The vertices of rectangle ABCD all lie on the same circle as shown.  The circumference of the circle is 64π.  What is the length of AC?

Solution :

AC is the diagonal of the rectangle as well diameter of the circle.

Circumference of circle  =  64π

2πr  =  64π

⋅ r  =  64

r  =  (64/2)

r  =  32

Diameter of the circle (AC)  =  2(32)  =  64.

Question 5 :

Ten cards are numbered 10, 11, 12,. . . . , 19, one number per card.  Brain removes three cards whose numbers are primes, and puts the remaining cards in  a hat.  If one card is then drawn at random from the hat, what is the probability that its number is a prime?

Solution :

Sample space  =  {10, 11, 12, 13, 14, 15, 16, 17, 18, 19}

Prime numbers between 10 and 19

  =  {11, 13, 17}

There are only three prime numbers between 10 and 19. After removing these prime number, there is no chance of getting prime number.

So, the probability of getting prime number after removing these prime numbers is 0.

Question 6 :

In the figure, all line segments meet at right angles.  What is the area enclosed by the figure?

Solution :

From the picture given above, length of the rectangle is 12 and width of the rectangle is 8.

Area of the rectangle  =  length ⋅ Width

  =  12 (8)

  =  96

Required area 

=  96 - (area of square of side length 2 + area of rectangle with length and width are 4 and 2 respectively)

  =  96 - [22 + 4(2)]

  =  96 - [4 + 8]

  =  96 - 12

  =  84

Question 7 :

The perimeter of a square is four times the circumference of a circle with radius of 1 m. What is the area of the square ?

Solution : 

Perimeter of square  =  4 Circumference of circle

Radius of circle  =  1 m

4a  =  4(2π r)

4a  =  8π (1)

a  =  8π/4  ==>  2π

Area of square  =  a2

  =  (2π)2

  =  4π

Question 8 :

Assume that the notation ┴ (q, r, s, t) means  “Multiply q and r, then add the product to s and divide by t”.  What is the value of   ┴(2, 6, 4, 8) +  ┴ (4, 7, 2, 6)?

Solution :

 ┴(2, 6, 4, 8)

By comparing it with ┴ (q, r, s, t), we get 

q = 2, r = 6, s = 4 and t = 8

In general :

┴ (q, r, s, t)  =  (qr + s)/t

 ┴(2, 6, 4, 8)

  =  (2(6) + 4)/8

  =  16/8

  =  2  ---(1)

┴ (4, 7, 2, 6)

  =  (4(7) + 2)/6

  =  (28 + 2)/6

  =  30/6

=  5 ---(2)

(1) + (2)

  =  2 + 5

  =  7.0

Hence the answer is 7.0

Question 9 :

When the sum of a list of integers is divided by the mean of the integers, the result is x.  What does x represent?

Solution :

Mean =  Sum of all numbers / Number of terms

Here, we divide sum of a list of integers by mean. So we get Number of integers.

Question 10 :

A piece of paper is used to make a cylinder (without a top and bottom) that is 8 inches long and has a radius of 1.5 inches.  Assuming no part of the paper overlaps, what is the area of the piece of paper?

Solution :

Curved surface area of cylinder  =  2πrh

Height = 8 inches, Radius = 1.5 inches

=  2 π (8) (1.5)

=  24 π square inches.

SHSAT Practice Test Questions in Math

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ALGEBRA

Variables and constants

Writing and evaluating expressions

Solving linear equations using elimination method

Solving linear equations using substitution method

Solving linear equations using cross multiplication method

Solving one step equations

Solving quadratic equations by factoring

Solving quadratic equations by quadratic formula

Solving quadratic equations by completing square

Nature of the roots of a quadratic equations

Sum and product of the roots of a quadratic equations 

Algebraic identities

Solving absolute value equations 

Solving Absolute value inequalities

Graphing absolute value equations  

Combining like terms

Square root of polynomials 

HCF and LCM 

Remainder theorem

Synthetic division

Logarithmic problems

Simplifying radical expression

Comparing surds

Simplifying logarithmic expressions

Negative exponents rules

Scientific notations

Exponents and power

COMPETITIVE EXAMS

Quantitative aptitude

Multiplication tricks

APTITUDE TESTS ONLINE

Aptitude test online

ACT MATH ONLINE TEST

Test - I

Test - II

TRANSFORMATIONS OF FUNCTIONS

Horizontal translation

Vertical translation

Reflection through x -axis

Reflection through y -axis

Horizontal expansion and compression

Vertical  expansion and compression

Rotation transformation

Geometry transformation

Translation transformation

Dilation transformation matrix

Transformations using matrices

ORDER OF OPERATIONS

BODMAS Rule

PEMDAS Rule

WORKSHEETS

Converting customary units worksheet

Converting metric units worksheet

Decimal representation worksheets

Double facts worksheets

Missing addend worksheets

Mensuration worksheets

Geometry worksheets

Comparing  rates worksheet

Customary units worksheet

Metric units worksheet

Complementary and supplementary worksheet

Complementary and supplementary word problems worksheet

Area and perimeter worksheets

Sum of the angles in a triangle is 180 degree worksheet

Types of angles worksheet

Properties of parallelogram worksheet

Proving triangle congruence worksheet

Special line segments in triangles worksheet

Proving trigonometric identities worksheet

Properties of triangle worksheet

Estimating percent worksheets

Quadratic equations word problems worksheet

Integers and absolute value worksheets

Decimal place value worksheets

Distributive property of multiplication worksheet - I

Distributive property of multiplication worksheet - II

Writing and evaluating expressions worksheet

Nature of the roots of a quadratic equation worksheets

Determine if the relationship is proportional worksheet

TRIGONOMETRY

SOHCAHTOA

Trigonometric ratio table

Problems on trigonometric ratios

Trigonometric ratios of some specific angles

ASTC formula

All silver tea cups

All students take calculus 

All sin tan cos rule

Trigonometric ratios of some negative angles

Trigonometric ratios of 90 degree minus theta

Trigonometric ratios of 90 degree plus theta

Trigonometric ratios of 180 degree plus theta

Trigonometric ratios of 180 degree minus theta

Trigonometric ratios of 180 degree plus theta

Trigonometric ratios of 270 degree minus theta

Trigonometric ratios of 270 degree plus theta

Trigonometric ratios of angles greater than or equal to 360 degree

Trigonometric ratios of complementary angles

Trigonometric ratios of supplementary angles 

Trigonometric identities 

Problems on trigonometric identities 

Trigonometry heights and distances

Domain and range of trigonometric functions 

Domain and range of inverse  trigonometric functions

Solving word problems in trigonometry

Pythagorean theorem

MENSURATION

Mensuration formulas

Area and perimeter

Volume

GEOMETRY

Types of angles 

Types of triangles

Properties of triangle

Sum of the angle in a triangle is 180 degree

Properties of parallelogram

Construction of triangles - I 

Construction of triangles - II

Construction of triangles - III

Construction of angles - I 

Construction of angles - II

Construction angle bisector

Construction of perpendicular

Construction of perpendicular bisector

Geometry dictionary

Geometry questions 

Angle bisector theorem

Basic proportionality theorem

ANALYTICAL GEOMETRY

Analytical geometry formulas

Distance between two points

Different forms equations of straight lines

Point of intersection

Slope of the line 

Perpendicular distance

Midpoint

Area of triangle

Area of quadrilateral

Parabola

CALCULATORS

Matrix Calculators

Analytical geometry calculators

Statistics calculators

Mensuration calculators

Algebra calculators

Chemistry periodic calculator

MATH FOR KIDS

Missing addend 

Double facts 

Doubles word problems

LIFE MATHEMATICS

Direct proportion and inverse proportion

Constant of proportionality 

Unitary method direct variation

Unitary method inverse variation

Unitary method time and work

SYMMETRY

Order of rotational symmetry

Order of rotational symmetry of a circle

Order of rotational symmetry of a square

Lines of symmetry

CONVERSIONS

Converting metric units

Converting customary units

WORD PROBLEMS

HCF and LCM  word problems

Word problems on simple equations 

Word problems on linear equations 

Word problems on quadratic equations

Algebra word problems

Word problems on trains

Area and perimeter word problems

Word problems on direct variation and inverse variation 

Word problems on unit price

Word problems on unit rate 

Word problems on comparing rates

Converting customary units word problems 

Converting metric units word problems

Word problems on simple interest

Word problems on compound interest

Word problems on types of angles 

Complementary and supplementary angles word problems

Double facts word problems

Trigonometry word problems

Percentage word problems 

Profit and loss word problems 

Markup and markdown word problems 

Decimal word problems

Word problems on fractions

Word problems on mixed fractrions

One step equation word problems

Linear inequalities word problems

Ratio and proportion word problems

Time and work word problems

Word problems on sets and venn diagrams

Word problems on ages

Pythagorean theorem word problems

Percent of a number word problems

Word problems on constant speed

Word problems on average speed 

Word problems on sum of the angles of a triangle is 180 degree

OTHER TOPICS 

Profit and loss shortcuts

Percentage shortcuts

Times table shortcuts

Time, speed and distance shortcuts

Ratio and proportion shortcuts

Domain and range of rational functions

Domain and range of rational functions with holes

Graphing rational functions

Graphing rational functions with holes

Converting repeating decimals in to fractions

Decimal representation of rational numbers

Finding square root using long division

L.C.M method to solve time and work problems

Translating the word problems in to algebraic expressions

Remainder when 2 power 256 is divided by 17

Remainder when 17 power 23 is divided by 16

Sum of all three digit numbers divisible by 6

Sum of all three digit numbers divisible by 7

Sum of all three digit numbers divisible by 8

Sum of all three digit numbers formed using 1, 3, 4

Sum of all three four digit numbers formed with non zero digits

Sum of all three four digit numbers formed using 0, 1, 2, 3

Sum of all three four digit numbers formed using 1, 2, 5, 6