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Introduction of Numbers in Exponential Form

For the state...

Question

For the statement $0 \div b,$ the value of b can be any whole number.

A

True

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B

False

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Solution

The correct option is B False
Given: For the statement $0 \div b,$ the value of b can be any whole number.
The given statement is false because $0 \div b = \frac{0}{b} h e r e b c a n n o t b e 0$ .

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Similar questions

Q. Which of the following statements are true and which are false?

(i) Every whole number has its successor.
(ii) Every whole number has its predecessor.
(iii) 0 is the smallest natural number.
(iv) 1 is the smallest whole number.
(v) 0 is less than every natural number.
(vi) Between any two whole numbers there is a whole number.
(vii) Between any two non-consecutive whole numbers there is a whole number.
(viii) The smallest 5-digit number is the successor of the largest 4 digit number
(ix) Of the given two natural numbers, the one having more digits is greater.
(x) The predecessor of a two digit number cannot be a single digit number.
(xi) If a and b are natural numbers and a < b, than there is a natural number c such that a<b<c.
(xii) If a and b are whole numbers and a<b, then a+1< b+1.
(xiii) The whole number 1 has 0 as predecessor.
(xiv) The natural number 1 has no predecessor.

Q. For any rational number

\frac{a}{b}

b \neq 0

\frac{a}{b} + 0

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a

b

which of the following statements is incorrect?

a + b is a whole number for any two whole numbers a and b.

Q. ............. states that for any two positive integers

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b

we can find two whole numbers

q

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a = b \times q + r

0 \leq r < b .

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