8. An AP consists of 50 terms of which 3rd term is 12 and the last term is 106. Find the 29th term. Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1. Fill in the blanks…
7. Find the 31st term of an AP whose 11th term is 38 and the 16th term is 73. Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1. Fill in the blanks in the following table,…
6. Check whether – 150 is a term of the AP: 11, 8, 5, 2 . . . Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1. Fill in the blanks in the following table, given…
5. Find the number of terms in each of the following APs: (i) 7, 13, 19, . . . , 205 (ii) 18, (15frac{1}{2}), 13, …, -47 Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1.…
4. Which term of the AP : 3, 8, 13, 18, . . . ,is 78? Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1. Fill in the blanks in the following table, given that a…
3. In the following APs, find the missing terms in the boxes: Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1. Fill in the blanks in the following table, given that a is the first term, d…
2. Choose the correct choice in the following and justify: (i) 30th term of the AP: 10, 7, 4, . . . , is (A) 97 (B) 7 7 (C) –77 (D) – 87 (ii) 11th term of the A.P.:…
1. Fill in the blanks in the following table, given that a is the first term, d the common difference and (a_n) the nth term of the AP: Arithmetic Progressions Exercise 5.2 Previous Next Class 10 Arithmetic Progressions Exercise 5.2 1.…
5. A small terrace at a football ground comprises of 15 steps each of which is 50 m long and built of solid concrete. Each step has a rise of 1/4 m and a tread of 1/2 m. calculate the…
4. The houses of a row are number consecutively from 1 to 49. Show that there is a value of x such that the sum of numbers of the houses preceding the house numbered x is equal to the sum…
