CBSE Class 8 Maths Important Questions for Playing with Numbers - Free PDF Download
FAQs on Important Questions for CBSE Class 8 Maths Chapter 16 - Playing with Numbers
1. Where can I obtain CBSE Class 8 chapter 16 - Playing with numbers standard objective questions?
Experts created these standard questions for Class 8 Chapter 16-Playing with Numbers in accordance with the CBSE syllabus (2024-2025) and NCERT recommendations. Vedantu offers chapter-by-chapter multiple-choice questions to help all students learn the material fully and perform better on tests.
2. How would you describe playing with numbers?
When you play with numbers, you might learn the BODMAS rule, determine whether a particular number is a factor or multiple of another number, and comprehend the characteristics of factors and multiples. Additionally, the concept of co-prime numbers and prime factorisation, determining HCF and LCM, simplifying brackets, multiples, and factors, and utilising an index or exponent for a number are all things that students will study here.
3. What is divisibility by 2?
If the digit at the unit position is either 0 or a multiple of 2, the integer is divisible by 2. A number is therefore divisible by two if the digit in the unit's position is either 0, 2, 4, 6, or 8.
The only numbers that can be split by two are even numbers.
Odd numbers are those that are not divisible by two.
4. How to Do Well in Chapter 16 of Class 8 playing with numbers in an exam
Download the Chapter 16 Playing with Numbers Class 8 notes from Vedantu for review, and do well on your examinations. These are the Playing with Numbers class 8 notes that a group of knowledgeable teachers have created. You can quickly review the entirety of Chapter 16 using the revision notes. One of the best pieces of exam-day advice that teachers give is to review your notes.
5. What is a number's general form for a two-digit number?
When representing a two-digit number in general form, pq=10p+q is used.
The general formula for the two-digit number ab is ab = (10xa)+ (1xb).