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NSMQ 2024 Mathematics True/False

Review past NSMQ 2024 Mathematics True/False round questions with detailed answers and comprehensive explanations

Set 1

A triangle has sides of length A, B, and C.

NSMQTriangleAcute and obtuse triangles
Set 2

P, Q, and R are simple statements. If P is false, Q is true, and R is false, then the given compound statement is true.

NSMQPropositional logicCompound statements
Set 3

If α and β are the roots of the equation x² + bx + c = 0, the value of α² + β² is

NSMQQuadratic equationsRoots of equations
Set 4

The following is an identity.

NSMQAlgebraic identitiesFactorization
Set 5

An arc subtends an angle of 30° at the center of a circle of radius 1 centimeter. The length of the arc is...

NSMQArc lengthCircle geometry
Set 6

If the equation AX² + BY² + 2FX + 2GY + C = 0 represents a circle, then

NSMQCircle equationConic sections
Set 7

sin(210°) = sin(30°)

NSMQTrigonometryReference angles
Set 8

The inequality 2/(x + 1) > 0 is equivalent to

NSMQInequalitiesRational inequalities
Set 9

15 ≡ −13 (mod 14)

NSMQModular arithmeticCongruence
Set 10

sin(2π − x) = sin x

NSMQTrigonometryTrigonometric identities
Set 11

If √(2x² − 64) = x, then

NSMQSurdsQuadratic equations
Set 12

π can represent

NSMQPiCircleTrigonometry
Set 13

The function f(x) has no finite stationary point.

NSMQStationary pointsFunctions
Set 14

The center of the circle

NSMQCircleCentre of a circle
Set 15

f(θ) = sin 2θ has a maximum value of 1 in the interval 0 < θ < π/3.

NSMQTrigonometric functionsMaximum values
Set 16

If the sum of the first n terms of a series S_n is given by

NSMQSeriesSum of terms
Set 17

If cos x = −1/2, then sin x = ±√3/2.

NSMQTrigonometryCosineSine
Set 18

In the binomial expansion of (1 + x)ⁿ, the expansion is finite if…

NSMQBinomial expansionSeries
Set 19

The following is an identity.

NSMQLogarithmsIdentities
Set 20

The greatest value of the expression 6 cos θ + 8 sin θ is…

NSMQTrigonometryMaximum values
Set 21

The expression (5 + 3√2) / (5 − 3√2)…

NSMQSurdsRationalization
Set 22

If the diagonals of a quadrilateral bisect each other, then it is a…

NSMQQuadrilateralsDiagonals
Set 23

The given infinite series has a finite sum.

NSMQInfinite seriesConvergence
Set 24

P, Q, and R are simple statements such that P is true, Q is false, and R is false.

NSMQPropositional logicTruth values
Set 25

N is a natural number. If N² is divisible by 12, then …

NSMQNumber theoryDivisibility
Set 26

If the sum of the angles of a triangle is 300°, then it is a pentagon.

NSMQLogicGeometric properties
Set 27

The given expression is an exact square.

NSMQPerfect squaresAlgebra
Set 28

If y² = x⁴ / z⁻³, then 2 log y = 4 log x − 3 log z.

NSMQLogarithmsIndices
Set 29

An angle θ is such that tanθ is negative and cosθ is negative. Then, θ is in…

NSMQTrigonometryQuadrants
Set 30

If x² + y² = 10, then dy/dx is …

NSMQImplicit differentiationCalculus
Set 31

The pair of vectors A and B where …

NSMQVectorsPerpendicular and parallel
Set 32

If x² − 2bx + c = 0 has equal roots, then …

NSMQQuadratic equationsEqual roots
Set 33

If f(x) = x² and g(x) = sin x, then…

NSMQFunction compositionTrigonometry
Set 34

{3, 5, 7, 9, …} is a linear series.

NSMQSequences and seriesArithmetic and geometric
Set 35

The given quadratic expression is always positive for real x.

NSMQQuadratic expressionsPositive definite
Set 36

The given linear transformation has an inverse.

NSMQLinear transformationsInvertibility
Set 37

The given equation is the equation of a circle.

NSMQCircle equationsCoordinate geometry
Set 38

The gradient to the given curve is always non-negative.

NSMQDifferentiationGradient
Set 39

The domain of the function f(x) = 2 / (x² − 1) is…

NSMQFunctionsDomain
Set 40

If a function f has an inverse, then…

NSMQInverse functionsDomain and range
Set 41

A sector of a circle of radius r cm and sectoral angle θ° has…

NSMQSector areaArc length
Set 42

If α and β are the roots of 2x² − 5x + 3 = 0, then…

NSMQVieta’s formulasQuadratic roots
Set 43

In the following, P and Q are natural numbers.

NSMQNumber theoryEven and odd
Set 44

The function g(x) is the reciprocal of the function f(x).

NSMQReciprocal functionsEven and odd functions
Set 45

The function f(x) = x² − 3x − 4 is…

NSMQQuadratic functionsIncreasing and decreasing
Set 46

The interior angle of a regular…

NSMQRegular polygonsInterior angles
Set 47

In the first quadrant, cos θ and sin θ are both positive.

NSMQTrigonometryQuadrants
Set 48

A and B are vectors. If their scalar product A·B equals zero, then…

NSMQVectorsScalar product
Set 49

The given statement is always true.

NSMQAlgebraic fractionsRational expressions
Set 50

The given pair of equations represent perpendicular lines.

NSMQPerpendicular linesLinear equations
Set 51

The two lines with given equations are either parallel or perpendicular.

NSMQParallel and perpendicular linesCoordinate geometry
Set 52

The inequality (x + 2)/(x − 3) > 5 is equivalent to x + 2 > 5(x − 3).

NSMQRational inequalitiesAlgebra
Set 53

The given line segments intersect inside a triangle.

NSMQTriangle centresLine segments
Set 54

In the coordinate XY plane, under a reflection in the…

NSMQReflectionsCoordinate geometry
Set 55

The product of a rational number and an irrational number is an irrational number.

NSMQRational numbersIrrational numbers
Set 56

If sin θ > 0, then cos θ > 0.

NSMQTrigonometrySine and cosine
Set 57

If sin θ > 0, then θ lies in either the first or second quadrants.

NSMQTrigonometryQuadrants
Set 58

∫(x³ − 1/x³) dx = x⁴/4 − 1/x⁴ + c

NSMQIntegrationIndefinite integrals
Set 59

sin⁻¹(−1/2) = 5π/6

NSMQInverse trigonometryArcsin and arccos
Set 60

If f(x) = x + 1 and g(x) = sin x, then f(g(x)) = sin(x + 1).

NSMQFunction compositionComposite functions
Set 61

The function f(x) = (x + 2)(x − 2) is negative and increasing on the interval −2 < x < 2.

NSMQQuadratic functionsIntervals
Set 62

cos(A + B) + cos(A − B) = 2cos A cos B.

NSMQTrigonometrySum and product formulae
Set 63

In the expansion of (1 + Ax)ⁿ, the coefficient of x² is n(n−1)A²/2.

NSMQBinomial expansionCoefficients
Set 64

The gradient of f(x) = (x⁶ − 1)/x³ is 3x² + 1/(2x²).

NSMQDifferentiationGradient of a function
Set 65

If f(x) = v/u, the quotient rule gives df/dx = (u dv/dx − v du/dx)/u².

NSMQQuotient ruleDifferentiation
Set 66

If X is a real number and non-negative, then X is greater than zero.

NSMQReal numbersInequalities
Set 67

If f(x) is differentiable on the interval, 0 ≤ x ≤ A, then...

NSMQDefinite integralsFundamental theorem of calculus
Set 68

Expressed as a difference of two squares.

NSMQDifference of two squaresFactoring
Set 69

In the Cartesian xy plane,…

NSMQInequalitiesLinear regions
Set 70

For a function y = f(x),…

NSMQStationary pointsMaxima and minima
Set 71

The given expression is an exact cube.

NSMQPerfect cubesAlgebraic expressions
Set 72

A cubic polynomial function f(x) has…

NSMQCubic polynomialsStationary points

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