We know that, When divide two integers with the same sign, the result is always positive. Just divide the absolute values and make the answer positive. When divide two integers with different signs, the result is always negative. Just divide the absolute values and make the answer negative. Given that to divide 48 by - 16 ( 48 ) ÷ ( - 16 ) = 48 - 16 = - 48 16 = - 3 "Hence, the required answer is - 3 . "

Given, 0 ÷ 2000 We know that, Dividing 0 by any number gives us a zero. Zero will never change when multiplying or dividing any number by it. For every integer a , 0 ÷ a = 0 . According to the above statement, 0 ÷ 2000 = 0 2000 = 0 . Hence, 0 ÷ 2000 = 0

Work out: - 9 × - 25 × - 4 × - 2

Given, to find the product of - 9 × - 25 × - 4 × - 2 We know that, The product is negative when the number of negative integers is odd. And the product is positive when the number of negative integer is even. So, - 9 × - 25 = 225 225 × - 4 = - 900 Therefore, = - 900 × - 2 = 1800 Hence, - 9 × - 25 × - 4 × - 2 = 1800 .

The absolute value of a number refers to the distance of a number from the origin of a number line. It is represented as | a | , which defines the magnitude of any integer ‘ a ’ . The absolute value of any integer, whether positive or negative, will be the real number, regardless of which sign it has. It is represented by two vertical lines | a | , which is known as the modulus of a . For example: 5 is the absolute value for both 5 and - 5 . 45 + - 65 = - 20 = 20 Hence, 45 + - 65 = 20 .

Work out: - 22 - 8 ÷ 6

For the simplification of numerical expressions, we follow the rule of BODMAS. This rule tells the order that we shall follow while simplifying. The order is given below: B - Brackets O - of D - Divide M - Multiply A - Add S - Subtract The given question is : - 22 - 8 ÷ 6 As per the rule first, remove brackets ⇒ - 22 + - 8 ÷ 6 = - 30 ÷ 6 = - 5 Hence, - 22 - 8 ÷ 6 = - 5 .