Канал: Math Army

If α and β are the zeros of the polynomial f(x)=3x^2+2x+p and α^2+β^2+αβ=3/2 then find p

If α and β are the zeros of the polynomial f(x)=3x^2+2x+p and α^2+β^2+αβ=3/2 then find p

Prove that (cosec^2 θ-sec^2 θ)(cosec^2 θ+sec^2 θ)=34 If Tan θ=1√7

Prove that (cosec^2 θ-sec^2 θ)(cosec^2 θ+sec^2 θ)=34 If Tan θ=1√7

$Convert the given fractional numbers to per cents$

Convert the given fractional numbers to per cents

(x/(x+2))^2-7(x/(x+2))+12=0

(x/(x+2))^2-7(x/(x+2))+12=0

Find the whole Quantity if 5% of it is 600

Find the whole Quantity if 5% of it is 600

Convert each part of the ratio to Percentage

Convert each part of the ratio to Percentage

If 49392=a^4 b^2 c^3 Find a b c

If 49392=a^4 b^2 c^3 Find a b c

Find X

Find X

In the given figure O is the centre if the circle If AOB = 145 then find the value of x

In the given figure O is the centre if the circle If AOB = 145 then find the value of x

Find the length of the arc of a circle which subtends an angle of 60 at the centre of the circle

Find the length of the arc of a circle which subtends an angle of 60 at the centre of the circle

A triangle is drawn inside a square of side 6 cm. What is the area of the shaded region

A triangle is drawn inside a square of side 6 cm. What is the area of the shaded region

The sum of first three terms of an AP is 33. If the product of the first and the third term exceeds

The sum of first three terms of an AP is 33. If the product of the first and the third term exceeds

If -5 is a root of the quadratic equation 2x^2+px−15=0 and the quadratic equation p(x^2+x) + k=0

If -5 is a root of the quadratic equation 2x^2+px−15=0 and the quadratic equation p(x^2+x) + k=0

If α and β are the zeros of the polynomial x^2+x-2 then find the value of α/β+β/α

If α and β are the zeros of the polynomial x^2+x-2 then find the value of α/β+β/α

If Sin θ+cos⁡θ=p and sec⁡θ+cosec θ=q Then prove that q(p^2-1)=2p

If Sin θ+cos⁡θ=p and sec⁡θ+cosec θ=q Then prove that q(p^2-1)=2p

For A.P show that ap + ap+2q = 2ap+q

For A.P show that ap + ap+2q = 2ap+q

If Sin θ+cos⁡θ=√3 then Prove that Tan θ+Cot θ=1

If Sin θ+cos⁡θ=√3 then Prove that Tan θ+Cot θ=1

3/(√3+1)+5/(√3-1)=a+b√3 Find a and b

3/(√3+1)+5/(√3-1)=a+b√3 Find a and b

If α and β are the zeros of the Quadratic Polynomial p(x)=x^2-5x+6 Find the values of α-β

If α and β are the zeros of the Quadratic Polynomial p(x)=x^2-5x+6 Find the values of α-β

Find the three terms in AP whose sum is 36 and product is 960

Find the three terms in AP whose sum is 36 and product is 960

If 1+sin^2 θ=3 sin⁡θ cos⁡θ then prove that Tan θ=1 or 1/2

If 1+sin^2 θ=3 sin⁡θ cos⁡θ then prove that Tan θ=1 or 1/2

1/((x-1)(x-2))+1/((x-2)(x-3))=2/3

1/((x-1)(x-2))+1/((x-2)(x-3))=2/3

Solve 2 - 3/(5)

Solve 2 - 3/(5)

If x=1/(2-√3) Find x-1/x

If x=1/(2-√3) Find x-1/x

If x=1/(3-√8) Find x^3-2x^2-7x+5

If x=1/(3-√8) Find x^3-2x^2-7x+5

Using Long Division method Find the Square Root of 2304

Using Long Division method Find the Square Root of 2304

Using the theorem of Pythagoras to find the value of X

Using the theorem of Pythagoras to find the value of X

Simplify :(8)^1/3 × (16)^1/3 / (32)^-1/3

Simplify :(8)^1/3 × (16)^1/3 / (32)^-1/3

If x=√3+√2 Find x^4+1/x^4

If x=√3+√2 Find x^4+1/x^4

4^(2x-1)-16^(x-1)=384 Find X

4^(2x-1)-16^(x-1)=384 Find X

26/4 + root 3 Rationalise the Denominator

26/4 + root 3 Rationalise the Denominator

If x=2^(1/3)+2^(2/3) Show that x^3-6x=6

If x=2^(1/3)+2^(2/3) Show that x^3-6x=6

(2x + 9)/4-(5x + 3)/2=4/7

(2x + 9)/4-(5x + 3)/2=4/7

(2^3 )^4=(2^2 )^x Find X

(2^3 )^4=(2^2 )^x Find X

If both x+1 and x-1 are factors of ax^3+x^2-2x+b find the values of a and b

If both x+1 and x-1 are factors of ax^3+x^2-2x+b find the values of a and b

4^2x=1/32

4^2x=1/32

The present age of a man is equal to the sum of the ages of his five Children. Twelve years hence

The present age of a man is equal to the sum of the ages of his five Children. Twelve years hence

If x=7+4√3 Find x^2-1/x^2

If x=7+4√3 Find x^2-1/x^2

Solve ∛(125 X 27)

Solve ∛(125 X 27)

If x + 1/ x = 3 Find i.x-1/x ii.x^2+1/x^2 iii.x^4+1/x^4

If x + 1/ x = 3 Find i.x-1/x ii.x^2+1/x^2 iii.x^4+1/x^4

(3/5)^x (5/3)^2x=125/27 Find X

(3/5)^x (5/3)^2x=125/27 Find X

When 15 is added to the square of a number the result is eight times the original number

When 15 is added to the square of a number the result is eight times the original number

2/(√5-√3) Rationalise the Denominator

2/(√5-√3) Rationalise the Denominator

2^5x÷2^x=√(5&2^20 )

2^5x÷2^x=√(5&2^20 )

(13)^√x=4^4-3^4-6

(13)^√x=4^4-3^4-6

2^(x+1)=4^(x-3) Find X

2^(x+1)=4^(x-3) Find X

(∛4)^(2x+1/2)=1/32 Solve

(∛4)^(2x+1/2)=1/32 Solve

Find the Quadratic Polynomial Whose sum and product of the Zeros 2/3 and -4 respectively

Find the Quadratic Polynomial Whose sum and product of the Zeros 2/3 and -4 respectively

If 3p+1/3p=2√3Evaluate i) 3p-1/(3p) ii) 9p^2+1/〖9p〗^2 iii) 81p^4+1/(81p^4 )

If 3p+1/3p=2√3Evaluate i) 3p-1/(3p) ii) 9p^2+1/〖9p〗^2 iii) 81p^4+1/(81p^4 )

2^(x-7) X 5^(x-4)=1250

2^(x-7) X 5^(x-4)=1250

if (x-1)^3=8 Find the value of (x+1)^2

if (x-1)^3=8 Find the value of (x+1)^2

(16^(-1/5) )^(5/2) Solve

(16^(-1/5) )^(5/2) Solve

Find the slope and y-intercept of the lines 3x-4y=5

Find the slope and y-intercept of the lines 3x-4y=5

In the ∆ ABC ∠C=3∠B=2(∠A+∠B)

In the ∆ ABC ∠C=3∠B=2(∠A+∠B)

2^(5x+3)=8^(x+3) Find X

2^(5x+3)=8^(x+3) Find X

∛(343^(-2) ) Solve

∛(343^(-2) ) Solve

Prove that 1/(1+√2)+1/(√2+√3)+1/(√3+√4)=1

Prove that 1/(1+√2)+1/(√2+√3)+1/(√3+√4)=1

15 (y-4)-2(y-9)+5(y+6)=0

15 (y-4)-2(y-9)+5(y+6)=0

(√(3/5))^(x+1)=125/27

(√(3/5))^(x+1)=125/27

If one zero of the polynomial (a^2+9)x^2+13x+6a is reciprocal of the other Find the value of a

If one zero of the polynomial (a^2+9)x^2+13x+6a is reciprocal of the other Find the value of a

If x=2 and x=0 are roots of the polynomials f(x)=2x^3-5x^2+ax+b then find the values of a and b

If x=2 and x=0 are roots of the polynomials f(x)=2x^3-5x^2+ax+b then find the values of a and b

If α and β are the zeros of the polynomial 2x^2-5x+7 find the polynomial whose zeros 2α+3β 3α+2 β

If α and β are the zeros of the polynomial 2x^2-5x+7 find the polynomial whose zeros 2α+3β 3α+2 β

(22 ÷5 1/2)÷2 1/5 of 3 1/3+1 5/11 Solve using BODMAS Rule

(22 ÷5 1/2)÷2 1/5 of 3 1/3+1 5/11 Solve using BODMAS Rule

Two numbers differ by 13 and the sum of their squares is 125. Find the numbers.

Two numbers differ by 13 and the sum of their squares is 125. Find the numbers.

Show That √20+√5=√45

Show That √20+√5=√45

Show That √147-√75=√12

Show That √147-√75=√12

find the roots of a quadratic equation using the quadratic formula

find the roots of a quadratic equation using the quadratic formula

(x+1)/2+(y-1)/3=8; (x-1)/3+(y+1)/2=9 Solve. Find x and y Values

(x+1)/2+(y-1)/3=8; (x-1)/3+(y+1)/2=9 Solve. Find x and y Values

(64/25)^(-3/2) Solve

(64/25)^(-3/2) Solve

Solve i) 5√3 + 2√27 + √3 ii) 8√45 - 8√20 + √45 - 3√125

Solve i) 5√3 + 2√27 + √3 ii) 8√45 - 8√20 + √45 - 3√125

Write the Reciprocal of 5+ √2

Write the Reciprocal of 5+ √2

Find the value of a if f(x)=(ax^3+3x^2-3) and g(x)=(2x^3-5x+a) leave same remainder divided by x-4

Find the value of a if f(x)=(ax^3+3x^2-3) and g(x)=(2x^3-5x+a) leave same remainder divided by x-4

Solve x/a+y/b=2 ; ax-by=a^2-b^2 Find x and y

Solve x/a+y/b=2 ; ax-by=a^2-b^2 Find x and y

${5(8^(1/3)+27^(1/3) )^3 }^(1/4)$

{5(8^(1/3)+27^(1/3) )^3 }^(1/4)

2^(3x-7)=256 Find X

2^(3x-7)=256 Find X

√(5&32^(-3) ) Solve

√(5&32^(-3) ) Solve

The largest angle of a triangle is 20 more than the sum of the other two angles. If the largest

The largest angle of a triangle is 20 more than the sum of the other two angles. If the largest

7^(2x+3)=1 Solve.

7^(2x+3)=1 Solve.

If 10^x=64 Find value of 10^(x/2+1)

If 10^x=64 Find value of 10^(x/2+1)

1/(2+√3)+2/(√5-√3)+1/(2-√5) Solve

1/(2+√3)+2/(√5-√3)+1/(2-√5) Solve

(2√3)/√27 Solve

(2√3)/√27 Solve

Find the Quadratic Polynomial Whose sum and product of the Zeros -1/√2 and 1/√2 respectively

Find the Quadratic Polynomial Whose sum and product of the Zeros -1/√2 and 1/√2 respectively

If the mid point of the line segment A(x/2 (y+1)/2) and B(x+1 y-3) is C(5 -2) Find X and Y

If the mid point of the line segment A(x/2 (y+1)/2) and B(x+1 y-3) is C(5 -2) Find X and Y

Find the Quadratic Polynomial Whose sum and product of the Zeros √5 and-2 respectively

Find the Quadratic Polynomial Whose sum and product of the Zeros √5 and-2 respectively

What must be subtracted from 4x^2-2x^3-6x^2+2x+6 so that the result is exactly divisible by 2x^2+x-1

What must be subtracted from 4x^2-2x^3-6x^2+2x+6 so that the result is exactly divisible by 2x^2+x-1

If x=2-√3 find the value of x-1/x

If x=2-√3 find the value of x-1/x

(x+1)/(x+2)+2/3=2

(x+1)/(x+2)+2/3=2

If x+ 1/x=3 Find x^7+1/x^7

If x+ 1/x=3 Find x^7+1/x^7

Solve (2+√3)^2-(2-√3)^2

Solve (2+√3)^2-(2-√3)^2

2x + 3y = 5; 3x + 2y = 6 Substitution and Elimination Method @MathArmy

2x + 3y = 5; 3x + 2y = 6 Substitution and Elimination Method @MathArmy

If √(5+2√6) =A+ √3 then Find the value of A

If √(5+2√6) =A+ √3 then Find the value of A

$[{(625)^(-1/2) }^(-1/4) ]^2 Solve$

[{(625)^(-1/2) }^(-1/4) ]^2 Solve

(√3+√2)^2

(√3+√2)^2

(2+√3)(3+√5) Simplify

(2+√3)(3+√5) Simplify

2/(√5-√3) Rationalise the Denominator

2/(√5-√3) Rationalise the Denominator

Find the Quadratic Polynomial whose sum and product of its zeros are 2/3 and -4

Find the Quadratic Polynomial whose sum and product of its zeros are 2/3 and -4

Find the values of p and q so that x^4+px^3+2x^2-3x+q is divisible by (x^2-1)

Find the values of p and q so that x^4+px^3+2x^2-3x+q is divisible by (x^2-1)

Solve 9^x=1/(3√3)

Solve 9^x=1/(3√3)

If one root of the quadratic equation ax^2+bx+c=0 is double the other prove that 2b^2 = 9ac

If one root of the quadratic equation ax^2+bx+c=0 is double the other prove that 2b^2 = 9ac

Find the value of x+y if 31x + 13y = 57 and 13x + 31y = 75

Find the value of x+y if 31x + 13y = 57 and 13x + 31y = 75

Find two natural numbers whose difference is 66 and the least common multiple is 360

Find two natural numbers whose difference is 66 and the least common multiple is 360

Solve 9/(x+1)-8/(y-1)=1; 3/(x+1)+4/(y-1)=2. Find x and y

Solve 9/(x+1)-8/(y-1)=1; 3/(x+1)+4/(y-1)=2. Find x and y

Solve a^2/x-b^2/y=0; (a^2 b)/x+(b^2 a)/y=a+b

Solve a^2/x-b^2/y=0; (a^2 b)/x+(b^2 a)/y=a+b

Solve 4x+y/3=8/3 ; x/2+3y/4=-5/2

Solve 4x+y/3=8/3 ; x/2+3y/4=-5/2

1/(√5+2) Rationalise the Denominator

1/(√5+2) Rationalise the Denominator

(2√3-√5)/(2√2+3√3) Rationalise the Denominator

(2√3-√5)/(2√2+3√3) Rationalise the Denominator

Solve (3-√3)^2

Solve (3-√3)^2

If α and β are the zeros of the polynomial f(x)=3x^2+2x+p and α^2+β^2+αβ=3/2 then find p

If α and β are the zeros of the polynomial f(x)=3x^2+2x+p and α^2+β^2+αβ=3/2 then find p

(4√3-2√2)(3√2+4√3) Simplify

(4√3-2√2)(3√2+4√3) Simplify

If α and β are the zeros of the polynomial f(x)=2x^2+3x-5 find the value of (1/α-1/β)^2

If α and β are the zeros of the polynomial f(x)=2x^2+3x-5 find the value of (1/α-1/β)^2

(2x+1)/3+(3y+2)/5=2 ; (2(2x+1))/3 - (3(3y+2))/5=-1 Find x and y

(2x+1)/3+(3y+2)/5=2 ; (2(2x+1))/3 - (3(3y+2))/5=-1 Find x and y

(√2)^(-3) (√8)^(-3) Solve

(√2)^(-3) (√8)^(-3) Solve

Solve √(x+√(x+√x) …..∞)=13 Find √x

Solve √(x+√(x+√x) …..∞)=13 Find √x

3x/2-5y/3=-2 ; x/3+y/2=13/6

3x/2-5y/3=-2 ; x/3+y/2=13/6

(3+√3)(2+√2)^2 Solve

(3+√3)(2+√2)^2 Solve

For what values of K will the equation y^2-2(1+2k)y+3+2k=0 have equal roots?

For what values of K will the equation y^2-2(1+2k)y+3+2k=0 have equal roots?

If α β are the zeros of x^2+5x+5 Find the value of α^(-1)+β^(-1)

If α β are the zeros of x^2+5x+5 Find the value of α^(-1)+β^(-1)

A straight line joins the points A(2 1) and B(8 10). The point C(6 y) lies on AB. Find y-coordinate

A straight line joins the points A(2 1) and B(8 10). The point C(6 y) lies on AB. Find y-coordinate

3 3/10-1 7/15 Simplify.

3 3/10-1 7/15 Simplify.

Using Long Division method find the square root of 70.56

Using Long Division method find the square root of 70.56

√256÷√x=⅓

√256÷√x=⅓

Prove that (2-√3)/5 is an irrational number given that √3 is an irrational number.

Prove that (2-√3)/5 is an irrational number given that √3 is an irrational number.

A 2-digit number is such that the product of its digits is 18. When 63 is subtracted from the number

A 2-digit number is such that the product of its digits is 18. When 63 is subtracted from the number

In the Given Figure Angle B = C = 90 and Angle D = 60. AP = 3 cm Find the Area of the Shaded Region

In the Given Figure Angle B = C = 90 and Angle D = 60. AP = 3 cm Find the Area of the Shaded Region

Solve (81/16)^(-3/4) X [(25/9)^(-3/2)÷(5/2)^(-3) ]

Solve (81/16)^(-3/4) X [(25/9)^(-3/2)÷(5/2)^(-3) ]

If x=2+√3 find x^3+1/x^3

If x=2+√3 find x^3+1/x^3

If x= (√3+√2)/(√3-√2) Find x^4+1/x^4

If x= (√3+√2)/(√3-√2) Find x^4+1/x^4

5^2x-1-25^x-1=2500.find the value of x

5^2x-1-25^x-1=2500.find the value of x

If α and β are zeros of the polynomial p(x)=x^2-2x-3 then find the value of α-β

If α and β are zeros of the polynomial p(x)=x^2-2x-3 then find the value of α-β

Prove that (tan⁡θ+sec⁡θ-1)/(tan⁡θ-sec⁡θ+1)=(1+sin⁡θ)/cos⁡θ

Prove that (tan⁡θ+sec⁡θ-1)/(tan⁡θ-sec⁡θ+1)=(1+sin⁡θ)/cos⁡θ

In the given figure ab = ac abd ch=cb and hk || bc

In the given figure ab = ac abd ch=cb and hk || bc

Find the smallest pair of 4-digit numbers such that the difference is 303 and HCF is 101

Find the smallest pair of 4-digit numbers such that the difference is 303 and HCF is 101

FDE is a quadrant. ABCD is a rectangle with BC = 6 cm. CE = 2cm. Find the Area of the Shaded Region

FDE is a quadrant. ABCD is a rectangle with BC = 6 cm. CE = 2cm. Find the Area of the Shaded Region

If x=∛28 y=∛27 Find x+y-1/(x^2+xy+y^2 )

If x=∛28 y=∛27 Find x+y-1/(x^2+xy+y^2 )

$Simplify {(4)^(-2)÷(6^(-2) )^2 } X 3^(-4)$

Simplify {(4)^(-2)÷(6^(-2) )^2 } X 3^(-4)

Solve a / (x-a)+b / (x-b)=2c / (x-c)

Solve a / (x-a)+b / (x-b)=2c / (x-c)

A B and C are three points on a circle with center O such that BOC = 30° and AOB = 60° D is a point

A B and C are three points on a circle with center O such that BOC = 30° and AOB = 60° D is a point

3/(x+2)-1/(x+1)=2/(x+3) Solve:

3/(x+2)-1/(x+1)=2/(x+3) Solve:

The perimeter of a sector of a radius 5.2cm is 16.4cm. Find the area of the sector

The perimeter of a sector of a radius 5.2cm is 16.4cm. Find the area of the sector

If α and β are the zeros of the polynomial 6y^2-7y+2 Find the quadratic polynomial whose zeros are

If α and β are the zeros of the polynomial 6y^2-7y+2 Find the quadratic polynomial whose zeros are

POQ is a line. Ray OR is perpendicular to line PQ. OS is another ray lying between rays OP and OR

POQ is a line. Ray OR is perpendicular to line PQ. OS is another ray lying between rays OP and OR

1/(2a+b+2x)=1/2a+1/b+1/2x Solve for X

1/(2a+b+2x)=1/2a+1/b+1/2x Solve for X

Solve 3/(x-1)+1/(x-3)=4/(x-2)

Solve 3/(x-1)+1/(x-3)=4/(x-2)

If the wages of 4 men for 30 days amount to 3900. Find the wages of 20 men for 40 days

If the wages of 4 men for 30 days amount to 3900. Find the wages of 20 men for 40 days

Factorise x^2-(√3+2)x+2√3=0

Factorise x^2-(√3+2)x+2√3=0

0.6⁰-(0.1) whole to the power minus 1 (38) to the power minus 1 (32)³+(-13) to the power minus 1

0.6⁰-(0.1) whole to the power minus 1 (38) to the power minus 1 (32)³+(-13) to the power minus 1

Factorise 2x^2+5x-3

Factorise 2x^2+5x-3

ABC=69 ACB=31 Find BDC

ABC=69 ACB=31 Find BDC

A B C and D are four points on a circle. AC and BD intersect at a point E such that BEC = 130 and

A B C and D are four points on a circle. AC and BD intersect at a point E such that BEC = 130 and

If 500 kg of food lasts 40 days for 30 men how many men will consume 675 kg of food in 45 days

If 500 kg of food lasts 40 days for 30 men how many men will consume 675 kg of food in 45 days

A right circular cylinder just encloses a sphere of radius r. Find Surface area of the sphere

A right circular cylinder just encloses a sphere of radius r. Find Surface area of the sphere

PQR = 100 where P Q and R are points on a circle with centre O. Find OPR

PQR = 100 where P Q and R are points on a circle with centre O. Find OPR

A Chord of a circle is equal to the radius of the circle. Find the angle subtended by the chord at

A Chord of a circle is equal to the radius of the circle. Find the angle subtended by the chord at

prove that (cot⁡θ+cosec θ-1)/ (cot⁡θ-cosec θ+1)=(cos⁡θ+1)/(Sin θ)

prove that (cot⁡θ+cosec θ-1)/ (cot⁡θ-cosec θ+1)=(cos⁡θ+1)/(Sin θ)

If the volume of a right circular cone of height 9 cm is 48 π cm^3. Find the diameter of its base.

If the volume of a right circular cone of height 9 cm is 48 π cm^3. Find the diameter of its base.

The Height of a cone is 15 cm. If its volume is 1570 cm^3 Find the radius of the base.

The Height of a cone is 15 cm. If its volume is 1570 cm^3 Find the radius of the base.

Find the capacity in liters of a conical vessel with Radius 7 cm slant height 25 cm

Find the capacity in liters of a conical vessel with Radius 7 cm slant height 25 cm

In a stack there are 5 books each of thickness 20 mm and 5 paper sheets each of thickness 0.016 mm

In a stack there are 5 books each of thickness 20 mm and 5 paper sheets each of thickness 0.016 mm

A hemispherical bowl is made of steel 0.25 cm thick. The inner radius of the bowl is 5 cm

A hemispherical bowl is made of steel 0.25 cm thick. The inner radius of the bowl is 5 cm

The diameter of the moon is approximately one fourth of the diameter of the earth. Find the ratio

The diameter of the moon is approximately one fourth of the diameter of the earth. Find the ratio

Find the Volume of the right circular cone with radius 6 cm height 7 cm radius 3.5 cm height 12 cm

Find the Volume of the right circular cone with radius 6 cm height 7 cm radius 3.5 cm height 12 cm

Gopal Wants to buy a rectangular carpet with an area 36 square meters. If the length of carpet is

Gopal Wants to buy a rectangular carpet with an area 36 square meters. If the length of carpet is

Find the radius of a sphere whose surface area is 154 cm^2

Find the radius of a sphere whose surface area is 154 cm^2

A hemispherical bowl made of brass has inner diameter 10.5 cm. Find the cost of tin-plating it on

A hemispherical bowl made of brass has inner diameter 10.5 cm. Find the cost of tin-plating it on

The radius of a spherical balloon increases from 7 cm to 14 cm as air is being pumped into it Find

The radius of a spherical balloon increases from 7 cm to 14 cm as air is being pumped into it Find

Find the total surface area of a hemisphere of radius 10 cm.

Find the total surface area of a hemisphere of radius 10 cm.

Find the surface area of a Sphere of Diameter 1) 14 cm 2) 21 cm 3) 3.5 m

Find the surface area of a Sphere of Diameter 1) 14 cm 2) 21 cm 3) 3.5 m

Find the Surface Area of a sphere of radius: 1) 10.5 cm 2) 5.6 cm 3) 14 cm

Find the Surface Area of a sphere of radius: 1) 10.5 cm 2) 5.6 cm 3) 14 cm

A bus stop is barricaded from the remaining part of the road by using 50 hollow cones made of

A bus stop is barricaded from the remaining part of the road by using 50 hollow cones made of

A Jokers cap is in the form of a right circular cone of base radius 7 cm and height 24 cm

A Jokers cap is in the form of a right circular cone of base radius 7 cm and height 24 cm

The slant height and base diameter of a conical tomb are 25m and 14m respectively. Find the cost of

The slant height and base diameter of a conical tomb are 25m and 14m respectively. Find the cost of

What length of tarpaulin 3m wide will be required to make a conical tent of height 8m and base

What length of tarpaulin 3m wide will be required to make a conical tent of height 8m and base

A conical tent is 10m high and the radius of its base is 24m. Find Slant Height of the tent

A conical tent is 10m high and the radius of its base is 24m. Find Slant Height of the tent

Curved Surface Area of a cone is 308 cm2 and its slant height is 14 cm. Find radius of the base and

Curved Surface Area of a cone is 308 cm2 and its slant height is 14 cm. Find radius of the base and

Find the total surface area of a cone if its slant height is 21 m and diameter of its base is 24 m

Find the total surface area of a cone if its slant height is 21 m and diameter of its base is 24 m

Diameter of the base of a cone is 10.5 cm and its slant height is 10cm. Find its curved surface area

Diameter of the base of a cone is 10.5 cm and its slant height is 10cm. Find its curved surface area

(4x+7)/(2x+6)=(6x+5)/(3x+5) Solve

(4x+7)/(2x+6)=(6x+5)/(3x+5) Solve

The two roots alpha and beta of a quadratic equation are related by the equations alpha + beta 9

The two roots alpha and beta of a quadratic equation are related by the equations alpha + beta 9

If x=∛(2+√3) then Find x^3+1/x^3

If x=∛(2+√3) then Find x^3+1/x^3

12x^2-35x+25=0 Given possible expressions for the length and breadth of the rectangle whose area is

12x^2-35x+25=0 Given possible expressions for the length and breadth of the rectangle whose area is

Solve 3/(x+1)-2/(x-1)=5/(x^2-1)

Solve 3/(x+1)-2/(x-1)=5/(x^2-1)

Line L is the bisector of an angle A and B is any point on L. BP and BQ are perpendiculars from B to

Line L is the bisector of an angle A and B is any point on L. BP and BQ are perpendiculars from B to

AC=AE AB=AD and ∠BAD=∠EAC Show that BC=DE

AC=AE AB=AD and ∠BAD=∠EAC Show that BC=DE

√(5+2√6) =A+√3 Solve

√(5+2√6) =A+√3 Solve

Solve √(13-x√10) =√8+√5 Find X

Solve √(13-x√10) =√8+√5 Find X

1/(x+3)+1/(x+2)=2/(x+4) Solve

1/(x+3)+1/(x+2)=2/(x+4) Solve

(3x-7)/(x-4)+(2x+5)/(x+2)=5

(3x-7)/(x-4)+(2x+5)/(x+2)=5

2/(x-3)+x/(x^2-9)=4/(x+3)

2/(x-3)+x/(x^2-9)=4/(x+3)

(x+4)/(2x+1) = (x+2)/(2x-1) Solve

(x+4)/(2x+1) = (x+2)/(2x-1) Solve

(x+7)/4=(x-3)/5+2

(x+7)/4=(x-3)/5+2

1/2(x+3)-2/5(x-3)=x+9

1/2(x+3)-2/5(x-3)=x+9

(x-3)/2+4=(3x+7)/4 Solve

(x-3)/2+4=(3x+7)/4 Solve

If Sin A+Cos A= √3 Find Sin A.Cos A

If Sin A+Cos A= √3 Find Sin A.Cos A

Simplify (a-b+c)^2-(a-b-c)^2

Simplify (a-b+c)^2-(a-b-c)^2

5√5 x^2+30x+8√5 Factorise

5√5 x^2+30x+8√5 Factorise

(x+1)/(2x+3)=3/8

(x+1)/(2x+3)=3/8

If a=6+2√3 Find a-1/a

If a=6+2√3 Find a-1/a

Calculate Square Root Using Long Division Method

Calculate Square Root Using Long Division Method

Divide 8x3 x+20 by its divisor x3-5

Divide 8x3 x+20 by its divisor x3-5

Expand and Simplify

Expand and Simplify