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Old Exam Papers Dec. 2010 - Video

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fuEufyf[kr f}?kkr lehdj.k dks gy dhft;s %<br />

2<br />

x ? x ? 2 ? 0<br />

8. (a) Find the sum of first hundred terms of the following<br />

series :<br />

(b) Find :<br />

2, 4, 6, 8, ....................<br />

fuEufyf[kr Js.kh ds lkS inksa dk ;ksxQy Kkr dhft;s %<br />

2, 4, 6, 8, ....................<br />

b g<br />

b g<br />

(i) P 20, 5<br />

(ii) C 20, 5<br />

Kkr dhft;s %<br />

b g<br />

b g<br />

(i) P 20, 5<br />

(ii) C 20, 5<br />

7000 6 EMT<br />

<strong>Papers</strong> (A) (<strong>Dec</strong>ember) <strong>2010</strong><br />

(309)<br />

5<br />

5<br />

5<br />

5<br />

5<br />

6. (a) Simplify the following :<br />

3 16 ? 2 4 ? 4 9<br />

fuEufyf[kr dk ljyhdj.k dhft;s %<br />

3 16 ? 2 4 ? 4 9<br />

(b) Divide 3 2<br />

x ? 3x ? 3x ? 1 by x ? 1. 5<br />

3 2<br />

x ? 3x ? 3x ? 1 esa x ? 1 dk Hkkx nhft;sA 5<br />

7. (a) Solve the following equation :<br />

2x ? 3y ? 8, 4x ? y ? 2<br />

fuEufyf[kr lehdj.kksa dks gy dhft;s %<br />

2x ? 3y ? 8, 4x ? y ? 2<br />

(b) Solve the following quadratic equation :<br />

2<br />

x ? x ? 2 ? 0<br />

EMT 5 PTO<br />

5<br />

5<br />

5<br />

5<br />

5

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