11th Business Maths Weekly Test - 4 ( Algebra )

MABS Institution

11th Business Maths Weekly Test - 4 ( Algebra )-Aug 2020

Time : 1.30 Hours

Part - A

Generic 3 - Answer All Question

How many five digits telephone numbers can be constructed using the digits 0 to 9 if each number starts with 67 with no digit appears more than once?

If (n + 2)! = 60 (n - 1)! find n.

Resolve into partial factors:\(\frac { x+4 }{ ({ x }^{ 2 }-4)(x+1) } \)

Decompose into Partial Fractions:\(\frac { 5{ x }^{ 2 }-8x+5 }{ (x-2)({ x }^{ 2 }-x+1) } \)

Resolve into partial fractions for the following:
\(\frac { 2x^{ 2 }-5x-7 }{ (x-2)^3 } \)

Let p(n) be the statement "n²+ n is even". If P(k) is true, then show that P(k+1) is true.

Let there be 3 red, 2 yellow and 2 green signal flags. How many different signals are possible if we wish to make signals by arranging all of them vertically on a staff?

Resolve into partial fractions for the following:
\(\frac { 1 }{ (x-1)(x+2)^{ 2 } } \)

Resolve into partial fractions for the following:
\(\frac { 4x+1 }{ (x-2)(x+1) } \)

Find the value of tan \(\left( {{\pi}\over{8}} \right).\)

Comment

Add Comment

InstaQB

Institutions

12th Standard English Medium

12th Standard Tamil Medium

11th Standard English Medium

11th Standard Tamil Medium

10th Standard English Medium

9th Standard English Medium

8th Standard English Medium

7th Standard English Medium

Class XII

Class XI

12Th Standard

11Th Standard

10Th Standard

9Th Standard

11th Business Maths Weekly Test - 4 ( Algebra )

MABS Institution

11th Business Maths Weekly Test - 4 ( Algebra )-Aug 2020

Part - A

Generic 3 - Answer All Question

How many five digits telephone numbers can be constructed using the digits 0 to 9 if each number starts with 67 with no digit appears more than once?

If (n + 2)! = 60 (n - 1)! find n.

Resolve into partial factors:\(\frac { x+4 }{ ({ x }^{ 2 }-4)(x+1) } \)

Decompose into Partial Fractions:\(\frac { 5{ x }^{ 2 }-8x+5 }{ (x-2)({ x }^{ 2 }-x+1) } \)

Resolve into partial fractions for the following: \(\frac { 2x^{ 2 }-5x-7 }{ (x-2)^3 } \)

Let p(n) be the statement "n2 + n is even". If P(k) is true, then show that P(k+1) is true.

Let there be 3 red, 2 yellow and 2 green signal flags. How many different signals are possible if we wish to make signals by arranging all of them vertically on a staff?

Resolve into partial fractions for the following: \(\frac { 1 }{ (x-1)(x+2)^{ 2 } } \)

Resolve into partial fractions for the following: \(\frac { 4x+1 }{ (x-2)(x+1) } \)

Find the value of tan \(\left( {{\pi}\over{8}} \right).\)

Comment

Other Study material

11th Business Maths Monthly Test - 3 ( Differentia

11th Business Maths Monthly Test - 4 (Operations R

11th Business Maths Weekly Test - 2 ( Applications

11th Business Maths Weekly Test - 1 ( Applications

11th Business Maths Monthly Test - 4 ( Differentia

11th Business Maths Weekly Test - 4 ( Differential

11th Business Maths Weekly Test - 3 ( Differentia

11th Business Maths Weekly Test -2 ( Differential

11th Business Maths Weekly Test - 1 ( Differential

11th Business Maths Monthly Test - 4 ( Trigonometr

11th Business Maths Monthly Test - 3 ( Trigonometr

11th Business Maths Monthly Test - 2 ( Trigonometr

11th Business Maths Monthly Test - 1 ( Trigonometr

11th Business Maths Weekly Test - 4 ( Trigonometry

11th Business Maths Monthly Test - 1 ( Differentia

Tamilnadu Stateboardszs - Class

Resolve into partial fractions for the following:
\(\frac { 2x^{ 2 }-5x-7 }{ (x-2)^3 } \)

Let p(n) be the statement "n²+ n is even". If P(k) is true, then show that P(k+1) is true.

Resolve into partial fractions for the following:
\(\frac { 1 }{ (x-1)(x+2)^{ 2 } } \)

Resolve into partial fractions for the following:
\(\frac { 4x+1 }{ (x-2)(x+1) } \)