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(English Medium) ICSE Class 9 - CISCE Question Bank Solutions for Mathematics

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Mathematics
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In a parallelogram ABCD, E and F are the midpoints of the sides AB and CD respectively. The line segments AF and BF meet the line segments DE and CE at points G and H respectively Prove that: EGFH is a parallelogram.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In ΔABC, the medians BE and CD are produced to the points P and Q respectively such that BE = EP and CD = DQ. Prove that: Q A and P are collinear.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

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In ΔABC, the medians BE and CD are produced to the points P and Q respectively such that BE = EP and CD = DQ. Prove that: A is the mid-point of PQ.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In AABC, D and E are two points on the side AB such that AD = DE = EB. Through D and E, lines are drawn parallel to BC which meet the side AC at points F and G respectively. Through F and G, lines are drawn parallel to AB which meet the side BC at points M and N respectively. Prove that BM = MN = NC.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

The diagonals AC and BD of a quadrilateral ABCD intersect at right angles. Prove that the quadrilateral formed by joining the midpoints of quadrilateral ABCD is a rectangle.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In ΔABC, D and E are the midpoints of the sides AB and AC respectively. F is any point on the side BC. If DE intersects AF at P show that DP = PE.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In ΔABC, D and E are the midpoints of the sides AB and BC respectively. F is any point on the side AC. Also, EF is parallel to AB. Prove that BFED is a parallelogram.

Remark: Figure is incorrect in Question

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In the given figure, PS = 3RS. M is the midpoint of QR. If TR || MN || QP, then prove that:

ST = `(1)/(3)"LS"`

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In the given figure, PS = 3RS. M is the midpoint of QR. If TR || MN || QP, then prove that:

RT = `(1)/(3)"PQ"`

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

In the given figure, T is the midpoint of QR. Side PR of ΔPQR is extended to S such that R divides PS in the ratio 2:1. TV and WR are drawn parallel to PQ. Prove that T divides SU in the ratio 2:1 and WR = `(1)/(4)"PQ"`.

[12] Mid-point and Its Converse [ Including Intercept Theorem]
Chapter: [12] Mid-point and Its Converse [ Including Intercept Theorem]
Concept: undefined >> undefined

Find the length of the perpendicular of a triangle whose base is 5cm and the hypotenuse is 13cm. Also, find its area.

[13] Pythagoras Theorem [Proof and Simple Applications with Converse]
Chapter: [13] Pythagoras Theorem [Proof and Simple Applications with Converse]
Concept: undefined >> undefined

The simple interest on a sum of money is the product of the sum of money, the number of years and the rate percentage. Write the formula to find the simple interest on Rs A for T years at R% per annum.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

The volume V, of a cone is equal to one third of π times the cube of the radius. Find a formula for it.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

The fahrenheit temperature, F is 32 more than nine -fifths of the centigrade temperature C. Express this relation by a formula.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

The arithmetic mean M of the five numbers a, b, c, d, e is equal to their sum divided by the number of quantities. Express it as a formula.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

Make a formula for the statement:"The reciprocal of focal length f is equal to the sum of reciprocals of the object distance u and the image distance v."

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

Make a formula for the statement:"The number of diagonals, d, that can be drawn from one vertex of an n sided polygon to all the other vertices is equal to the number of sides of the polygon less 3"

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

The area A of a circular ring is π times the difference between the squares of outer radius R and inner radius r. Make a formula for this statement.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

A man bought 25a articles at 30p paisa each and sold them at 20q paisa each. Find his profit in rupees.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined

How many minutes are there in x hours, y minutes and z seconds.

[31] Changing the Subject of a Formula
Chapter: [31] Changing the Subject of a Formula
Concept: undefined >> undefined
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