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Answer:

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(1) Mulliken's scale

Electronegativity =  

2

Ionisation potential + electron affinity

​

Electronegativity =  

2

17.42+3.45

​

=10.435=x

(2) Pauling scale

Electronegativity =  

5.6

Ionisation potential + electron affinity

​

Electronegativity =  

5.6

17.42+3.45

​

=3.73=y

2.023

(x+y)

​

=  

2.023

(10.435+3.73)

​

=7

Answer:

Area of trapezium = ½ x (a+b) x h

Perimeter of trapezium = a+b+c+d

Where a, b, c and d are the length of sides of a trapezium

And h is the distance between the two parallel sides i.e., a and b.

FAQ's on Rhombus Formulas

The formulae for rhombuses are defined for two parameters, area and perimeter: Area of a rhombus = 1/2 × d1 d 1 × d2 d 2 , where d1 d 1 and d2 d 2 are diagonals of a rhombus. The perimeter of a rhombus, where P = 4 × a, where 'a' is the side of the rhombus.

Step-by-step explanation:

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Answer:

Area of a Trapezium Formula

Trapezium area can be calculated by using the below formula:

Area = (1/2) h (a+b)

where,

a and b are the length of parallel sides/bases of the trapezium

h is the height or distance between parallel sides.

Area Of Trapezium

From the figure, area of trapezium = 1/2 (AB + DC).h

Perimeter of Trapezium

The perimeter of trapezium formula is given by:

Perimeter = Sum of all the sides = AB + BC + CD + DA

Derivation of Area of a Trapezium

Following is the derivation for computing the area of the trapezium:

The area of a trapezoid is equal to the sum of the areas of the two triangles and the area of the rectangle.

We know that

area of trapezoid = area of triangle 1 + area of rectangle + area of triangle 2.

That means,

A = (ah/2) + b1h + (ch/2)

A = (ah + 2b1h + ch)/2

Simplifying the equation, rearranging the terms, and factoring result to:

A = h/2[b1 + (a + b1 + c)] ….(i)

If we assume the longer base of the trapezoid be b2, then

b2 = a + b1 + c …..(ii)

Substituting (ii) in equation (i),

A = h/2(b1 + b2)

Therefore, the area of a trapezoid with bases b1, b2 and altitude h is;

A = h/2(b1+b2)

How to Calculate Area of Trapezium?

To find the area of a trapezium, follow the below-given steps:

Step 1: Find the dimensions of given trapezium, i.e., length of parallel sides and length of height.

Step 2: Add the length of parallel sides

Step 3: Multiply the sum of parallel sides with the height of trapezium

Step 4: Now, multiply the above-calculated value by 1/2 to get the final answer

The obtained value in step 4 is the area of the given trapezium.

Video Lesson on Area of Trapezium

Answer:

Ques: What more does Bill say about Lutkins and his family?

Answer: Bill told the lawyer that he knew the mother of Lutkins’. He said that she was a terror. He narrated an incident when he took a trunk to her once and she almost took his skin off because he did not carry it carefully. He also said that she was very tall and bulky. She was very quick and could talk a lot. He said that Lutkins must have heard that somebody was chasing him and consequently would have gone into hiding at his mother’s place.