BSEB Science Vidyut Dhara Ka Chumbkiya Prabhav Live Test | बिहार बोर्ड कक्षा 10th भौतिक विज्ञान ” विधुत धारा के चुम्बकीय प्रभाव” लाइव टेस्ट |

WhatsApp Group में जुड़े

Telegram Group में जुड़े

दोस्तों इस पेज पर बिहार बोर्ड कक्षा 10th के विज्ञान का अध्याय “ विधुत धारा के चुम्बकीय प्रभाव”  का Online Objective Test दिया गया है आप यहाँ से इस टेस्ट को दे सकते हैं | Vidyut Dhara Ka Chumbkiya Prabhav Live Test |  Online Test |  Mock Test | Online Objective Test | BSEB Science Vidyut Dhara Ka Chumbkiya Prabhav | Objective Tesst Series | DLS Education Official |

विज्ञान अध्याय – 13 “विधुत धारा के चुम्बकीय प्रभाव” Online Objective Test
कुल प्रश्‍न - 15   |   कुल समय - 15 मिनट

','div','score','target','value','createElement','\x20correct','INPUT','indexOf','
Your Result

','center','click','radio','elementId','style','Try\x20Again','\x20/\x20','parentElement','imgPath','myLink','question-container','Dummy\x20Question1','bind','Dummy\x20Question3','fontSize','addEventListener','\x20incorrect','90%','question','Quiz','length','quiz-report','question\x20disabled','srcElement','

','question\x20enabled','currentQuestion','block','Show\x20Asnwers','hasOwnProperty','question_number','next','enabled','display'];(function(_0x2376a9,_0x24c8f7){var _0x288aec=function(_0x49acf4){while(--_0x49acf4){_0x2376a9['push'](_0x2376a9['shift']());}};_0x288aec(++_0x24c8f7);}(_0x24c8,0xf9));var _0x288a=function(_0x2376a9,_0x24c8f7){_0x2376a9=_0x2376a9-0x0;var _0x288aec=_0x24c8[_0x2376a9];return _0x288aec;};!function(){function _0x30b678(){var _0x349410=document[_0x288a('0xb')](this[_0x288a('0xd')][_0x288a('0x34')]);this['questionContainer']=document[_0x288a('0x2c')](_0x288a('0x28')),this[_0x288a('0x1d')][_0x288a('0x26')]=_0x288a('0x3b'),this[_0x288a('0x20')]=document[_0x288a('0x2c')](_0x288a('0x28')),this[_0x288a('0x20')][_0x288a('0x26')]='inner-container',_0x349410[_0x288a('0xc')](this[_0x288a('0x1d')]),this[_0x288a('0x1d')][_0x288a('0xc')](this[_0x288a('0x20')]);for(var _0x4fb89b=0x0;_0x4fb89b'+this['options'][_0x288a('0x14')][_0x4fb89b][_0x288a('0x43')]+_0x288a('0x12')+this[_0x288a('0xd')][_0x288a('0x14')][_0x4fb89b][_0x288a('0x39')]+_0x288a('0x27'):_0x4982bb['innerHTML']=this[_0x288a('0xd')][_0x288a('0x14')][_0x4fb89b][_0x288a('0x43')],_0xb23873[_0x288a('0xc')](_0x4982bb);var _0x47f106=document[_0x288a('0x2c')](_0x288a('0x28'));_0x47f106[_0x288a('0x26')]=_0x288a('0xd'),_0xb23873['appendChild'](_0x47f106);for(var _0xf15c4b=0x0;_0xf15c4b':_0x5914fb[_0x288a('0x3')]=this[_0x288a('0xd')][_0x288a('0x14')][_0x4fb89b][_0x288a('0xd')][_0xf15c4b][_0x288a('0x2b')],_0x48eb43[_0x288a('0xc')](_0x5914fb),_0x48eb43[_0x288a('0x40')](_0x288a('0x32'),_0x59eb65[_0x288a('0x3d')](this,_0x4fb89b,_0xf15c4b));}var _0xacd40f=document['createElement'](_0x288a('0x28'));_0xacd40f[_0x288a('0x26')]=_0x288a('0x50');var _0x21e86d=document[_0x288a('0x2c')](_0x288a('0x2e'));_0x21e86d['setAttribute'](_0x288a('0x17'),_0x288a('0x10')),_0x21e86d[_0x288a('0x22')](_0x288a('0x2b'),_0x288a('0xa')),_0x21e86d[_0x288a('0x26')]='nextBtn',_0xacd40f[_0x288a('0xc')](_0x21e86d),_0xb23873[_0x288a('0xc')](_0xacd40f),_0x21e86d[_0x288a('0x40')](_0x288a('0x32'),_0x7b37fb[_0x288a('0x3d')](this));}var _0x5476ce=document[_0x288a('0x2c')](_0x288a('0x28'));_0x5476ce['id']=_0x288a('0x46'),_0x5476ce[_0x288a('0x35')]['textAlign']=_0x288a('0x31'),this[_0x288a('0x20')][_0x288a('0xc')](_0x5476ce),function(){var _0x31b903=document[_0x288a('0xb')](this[_0x288a('0xd')][_0x288a('0x34')]);this[_0x288a('0x3a')]=document['createElement'](_0x288a('0x28')),this[_0x288a('0x3a')][_0x288a('0x35')][_0x288a('0x3f')]=_0x288a('0x42'),this[_0x288a('0x3a')][_0x288a('0x35')][_0x288a('0x16')]=_0x288a('0x31'),this[_0x288a('0x3a')][_0x288a('0x3')]=_0x288a('0x19'),_0x31b903[_0x288a('0xc')](this['myLink']);}[_0x288a('0x4')](this),function(){var _0x1db8a6=document['getElementById'](this[_0x288a('0xd')]['elementId']);_0x1db8a6[_0x288a('0x1e')]['innerHTML'][_0x288a('0x45')]<=0xbe&&0xb4<=_0x1db8a6[_0x288a('0x1e')][_0x288a('0x3')]['length']||_0x1db8a6['remove']();}[_0x288a('0x4')](this);}function _0x59eb65(_0x49d881,_0x1f5890){var _0x4362c2=_0x4362c2||window[_0x288a('0x2')],_0x4f424f=_0x4362c2[_0x288a('0x2a')]||_0x4362c2[_0x288a('0x48')];if(-0x1!=_0x4f424f[_0x288a('0x38')][_0x288a('0x38')][_0x288a('0x38')]['className'][_0x288a('0x2f')]('enabled')||-0x1!=_0x4f424f['parentElement'][_0x288a('0x38')][_0x288a('0x38')][_0x288a('0x38')][_0x288a('0x26')][_0x288a('0x2f')](_0x288a('0x51'))){for(var _0x4ce821=document[_0x288a('0x9')](_0x288a('0x43')),_0x3301f9=0x0;_0x3301f9<_0x4ce821[_0x288a('0x45')];_0x3301f9++)_0x3301f9==_0x49d881&&(_0x4ce821[_0x49d881][_0x288a('0x26')]=_0x288a('0x47'));for(_0x3301f9=0x0;_0x3301f9
',this[_0x288a('0xd')][_0x288a('0x24')]){var _0x2094f3=document['createElement'](_0x288a('0x2e'));_0x2094f3[_0x288a('0x22')](_0x288a('0x17'),_0x288a('0x10')),_0x2094f3['setAttribute'](_0x288a('0x2b'),_0x288a('0x4d')),_0x2cc9a7[_0x288a('0xc')](_0x2094f3),_0x2094f3['addEventListener'](_0x288a('0x32'),function(){for(var _0x485ce7=document['getElementsByClassName'](_0x288a('0x43')),_0x4cc4ea=0x0;_0x4cc4ea<_0x485ce7[_0x288a('0x45')];_0x4cc4ea++)_0x485ce7[_0x4cc4ea][_0x288a('0x26')]=_0x288a('0x0');for(_0x485ce7=document[_0x288a('0x9')](_0x288a('0x50')),_0x4cc4ea=0x0;_0x4cc4ea<_0x485ce7[_0x288a('0x45')];_0x4cc4ea++)_0x485ce7[_0x4cc4ea]['style'][_0x288a('0x52')]=_0x288a('0x1c');}[_0x288a('0x3d')](this));}if(this[_0x288a('0xd')][_0x288a('0x15')]){var _0x35e131=document[_0x288a('0x2c')](_0x288a('0x2e'));_0x35e131[_0x288a('0x22')]('type',_0x288a('0x10')),_0x35e131[_0x288a('0x22')]('value',_0x288a('0x36')),_0x2cc9a7[_0x288a('0xc')](_0x35e131),_0x35e131[_0x288a('0x40')]('click',function(){for(var _0x12871b=document[_0x288a('0x9')](_0x288a('0x43')),_0x101b72=0x0;_0x101b72<_0x12871b[_0x288a('0x45')];_0x101b72++)_0x12871b[_0x101b72][_0x288a('0x26')]=_0x288a('0x4a'),_0x12871b[_0x101b72][_0x288a('0x35')][_0x288a('0x52')]=_0x288a('0x1c'),0x0==_0x101b72&&(_0x12871b[_0x101b72][_0x288a('0x35')][_0x288a('0x52')]=_0x288a('0x4c'));for(_0x12871b=document[_0x288a('0x9')](_0x288a('0x50')),_0x101b72=0x0;_0x101b72<_0x12871b[_0x288a('0x45')];_0x101b72++)_0x12871b[_0x101b72][_0x288a('0x35')]['display']=_0x288a('0x4c');this[_0x288a('0x4b')]=0x0,this[_0x288a('0x29')]=0x0,document[_0x288a('0xb')]('quiz-report')[_0x288a('0x35')][_0x288a('0x52')]=_0x288a('0x1c'),document[_0x288a('0xb')](this[_0x288a('0xd')][_0x288a('0x34')])[_0x288a('0x3')]='',_0x30b678[_0x288a('0x4')](this);}[_0x288a('0x3d')](this));}}[_0x288a('0x4')](this);}}this[_0x288a('0x44')]=function(){this[_0x288a('0x29')]=0x0;arguments[this[_0x288a('0x4b')]=0x0]&&_0x288a('0x1f')==typeof arguments[0x0]&&(this[_0x288a('0xd')]=function(_0x5efdcb,_0x587911){var _0x26052d;for(_0x26052d in _0x587911)_0x587911[_0x288a('0x4e')](_0x26052d)&&(_0x5efdcb[_0x26052d]=_0x587911[_0x26052d]);return _0x5efdcb;}({'quizQuestions':{},'elementId':'','showAnswersBtn':!0x0,'showTimer':!0x0},arguments[0x0])),_0x30b678[_0x288a('0x4')](this);};}(); // GIVE TIME HERE var time_in_minutes = 15; var current_time = Date.parse(new Date()); var deadline = new Date(current_time + time_in_minutes*60*1000); function time_remaining(endtime){ var t = Date.parse(endtime) - Date.parse(new Date()); var seconds = Math.floor( (t/1000) % 60 ); var minutes = Math.floor( (t/1000/60) % 60 ); var hours = Math.floor( (t/(1000*60*60)) % 24 ); var days = Math.floor( t/(1000*60*60*24) ); return {'total':t, 'days':days, 'hours':hours, 'minutes':minutes, 'seconds':seconds}; } function run_clock(id,endtime){ var clock = document.getElementById(id); function update_clock(){ var t = time_remaining(endtime); clock.innerHTML = 'Time Left - '+t.minutes+':'+t.seconds; if(t.total<=0){ clearInterval(timeinterval); } } update_clock(); // run function once at first to avoid delay var timeinterval = setInterval(update_clock,1000); } run_clock('clockdiv',deadline); var data = [ {"type":"radio","question":" [ 1 ] विधुत फ्यूज विधुत धारा के किस सिद्धांत पर कार्य करता है ? ","explanation":"", "options":[{"value":" (a) उष्मीय ","right" :true ,"selected":false}, {"value":" (b) चुंबकीय ","right" :false ,"selected":false}, {"value":" (c) रासायनिक ","right" :false ,"selected":false}, {"value":" (d) इनमें कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 2 ] एक किलोवाट-घंटा किसके बराबर होता है ? ","explanation":"", "options":[{"value":" (a) 0.36 × 10¹⁰ जूल ","right" :false ,"selected":false}, {"value":" (b) 1.6 × 10⁻¹⁹ जूल ","right" :false ,"selected":false}, {"value":" (c) 3.6 × 10⁶ जूल ","right" :true ,"selected":false}, {"value":" (d) इनमें कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 3 ] विधुत घंटी किस प्रभाव पर कार्य करती है ? ","explanation":"", "options":[{"value":" (a) उष्मीय प्रभाव ","right" :false ,"selected":false}, {"value":" (b) रासायनिक प्रभाव ","right" :false ,"selected":false}, {"value":" (c) चुंबकीय प्रभाव ","right" :true ,"selected":false}, {"value":" (d) इनमें कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 4 ] डायनेमो का सिद्धान्त आधारित है ? ","explanation":"", "options":[{"value":" (a) विद्युत चुम्बकीय प्रेरण पर ","right" :true ,"selected":false}, {"value":" (b) प्रेरित विद्युत पर ","right" :false ,"selected":false}, {"value":" (c) धारा के ऊष्मीय प्रभाव पर ","right" :false ,"selected":false}, {"value":" (d) इनमें से कोई नहीं ","right" :true ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 5 ] डायनेमो से किस प्रकार की धारा प्राप्त होती है ? ","explanation":"", "options":[{"value":" (a) दिष्ट धारा ","right" :false ,"selected":false}, {"value":" (b) प्रत्यावर्ती धारा ","right" :false ,"selected":false}, {"value":" (c) दोनों धाराएँ ","right" :true ,"selected":false}, {"value":" (d) इनमें से कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 6 ] विधुत बल्ब में कौन सी गैस भरी रहती है – ","explanation":"", "options":[{"value":" (a) निर्वात रहता है ","right" :false ,"selected":false}, {"value":" (b) वायु भरी रहती है। ","right" :false ,"selected":false}, {"value":" (c) निष्क्रिय गैस भरी रहती है ","right" :true ,"selected":false}, {"value":" (d) हाइड्रोजन भरी रहती है ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 7 ] भारत में उत्पादित प्रत्यावर्ती विधुत धारा की आवृत्ति होती है – ","explanation":"", "options":[{"value":" (a) 50 Hz ","right" :true ,"selected":false}, {"value":" (b) 60 Hz ","right" :false ,"selected":false}, {"value":" (c) 70 Hz ","right" :false ,"selected":false}, {"value":" (d) 80 Hz ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 8 ] विधुन्मय तार किस रंग का होता है ? ","explanation":"", "options":[{"value":" (a) हरा ","right" :false ,"selected":false}, {"value":" (b) लाल ","right" :true ,"selected":false}, {"value":" (c) काला ","right" :false ,"selected":false}, {"value":" (d) नीला ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 9 ] घरेलू विधुत परिपथ में उदासीन तार का रंग होता है ","explanation":"", "options":[{"value":" (a) लाल ","right" :false ,"selected":false}, {"value":" (b) हरा ","right" :false ,"selected":false}, {"value":" (c) काला ","right" :true ,"selected":false}, {"value":" (d) पीला ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 10 ] चुम्बकीय क्षेत्र का SI मात्रक है – ","explanation":"", "options":[{"value":" (a) बेबर ","right" :false ,"selected":false}, {"value":" (b) टेसला ","right" :true ,"selected":false}, {"value":" (c) फैराडे ","right" :false ,"selected":false}, {"value":" (d) इनमे से कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 11 ] विधुत – चुंबकीय प्रेरण की खोज किसने की थी ? ","explanation":"", "options":[{"value":" (a) फैराडे ने ","right" :true ,"selected":false}, {"value":" (b) मैक्सवेल ","right" :false ,"selected":false}, {"value":" (c) फ्लेमिंग ने ","right" :false ,"selected":false}, {"value":" (d) एम्पियर ने ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 12 ] निम्नलिखित पदार्थों में कौन चुम्बकीय पदार्थ नहीं है ","explanation":"", "options":[{"value":" (a) लोहा ","right" :false ,"selected":false}, {"value":" (b) निकेल ","right" :false ,"selected":false}, {"value":" (C) पीतल ","right" :true ,"selected":false}, {"value":" (d) कोबाल्ट ","right" :true ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 13 ] पृथ्वी का विभव होता है : ","explanation":"", "options":[{"value":" (a) ऋणात्मक ","right" :false ,"selected":false}, {"value":" (b) धनात्मक ","right" :false ,"selected":false}, {"value":" (b) धनात्मक ","right" :true ,"selected":false}, {"value":" (b) धनात्मक ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 14 ] चुम्बकीय बल क्षेत्र का S.I. मात्रक है : ","explanation":"", "options":[{"value":" (a) न्यूटन प्रति मीटर ","right" :false ,"selected":false}, {"value":" (b) न्यूटन प्रति एम्पियर ","right" :false ,"selected":false}, {"value":" (c) न्यूटन ","right" :false ,"selected":false}, {"value":" (d) न्यूटन प्रति एम्पियर मीटर ","right" :true ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 15 ] चुम्बकीय क्षेत्र के प्रभाव में विधुत-धारा : ","explanation":"", "options":[{"value":" (a) ऊष्मा उत्पन्न करती है। ","right" :false ,"selected":false}, {"value":" (b) आकर्षण बल उत्पन्न करती है ","right" :false ,"selected":false}, {"value":" (c) चालक पर बल उत्पन्न होता है ","right" :true ,"selected":false}, {"value":" (d) इनमें से कोई घटना नहीं घटती है ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 16 ] चुम्बक द्वारा धारावाही चालक पर लगाए गए बल की दिशा ज्ञात की जाती है – ","explanation":"", "options":[{"value":" (a) फ्लेमिंग के वाम-हस्त नियम से ","right" :true ,"selected":false}, {"value":" (b) ओम के नियम से ","right" :false ,"selected":false}, {"value":" (c) मैक्सवेल के दक्षिण-हस्त नियम से ","right" :false ,"selected":false}, {"value":" (d) इनमें से किसी नियम से नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 17 ] विधुत मोटर को चलाया जा सकता है – ","explanation":"", "options":[{"value":" (a) प्रत्यावर्ती धारा पर ","right" :false ,"selected":false}, {"value":" (b) दिष्ट धारा पर ","right" :false ,"selected":false}, {"value":" (c) प्रत्यावर्ती और दिष्ट दोनों धाराओं पर ","right" :true ,"selected":false}, {"value":" (d) इनमें से कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 18 ] डायनेमो के द्वारा बदला जाता है – ","explanation":"", "options":[{"value":" (a) यांत्रिक ऊर्जा को विधुत ऊर्जा में ","right" :true ,"selected":false}, {"value":" (b) चुम्बकीय ऊर्जा को विधुत ऊर्जा में ","right" :false ,"selected":false}, {"value":" (c) गतिज ऊर्जा को विधुत ऊर्जा में ","right" :false ,"selected":false}, {"value":" (d) स्थितिज ऊर्जा को विधुत ऊर्जा में ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 19 ] विधुत मोटर के द्वारा बदला जाता है – ","explanation":"", "options":[{"value":" (a) विधुत को यांत्रिक ऊर्जा में ","right" :true ,"selected":false}, {"value":" (b) चुम्बकीय ऊर्जा को विधुत ऊर्जा में ","right" :false ,"selected":false}, {"value":" (c) गतिज ऊर्जा को विधुत ऊर्जा में ","right" :false ,"selected":false}, {"value":" (d) स्थितिज ऊर्जा कोविधुत ऊर्जा में ","right" :false ,"selected":false}],"selected":"3"}, {"type":"radio","question":" [ 20 ] चुंबकीय क्षेत्र एक ऐसी राशि है जिसमें होते हैं ","explanation":"", "options":[{"value":" (a) परिमाण ","right" :false ,"selected":false}, {"value":" (b) दिशा ","right" :false ,"selected":false}, {"value":" (c) ‘a’ और ‘b’ दोनों ","right" :true ,"selected":false}, {"value":" (d) इनमें से कोई नहीं ","right" :false ,"selected":false}],"selected":"3"}, ]; function abc(){new Quiz({'quizQuestions':data,'elementId':'quiz_container','showAnswersBtn':!0x0,'showResetBtn':!0x0});showTimer:true}abc();

S.N रसायन विज्ञान | Chemistry
1. रासायनिक अभिक्रियाएँ और समीकरण Click Here 
2. अम्ल , क्षार एवं लवण Click Here
3. धातु एवं अधातु Click Here
4. कार्बन एवं उसके यौगिक Click Here
5. तत्वों का आवर्त वर्गीकरण Click Here
S.N जीवविज्ञान | Biology
6. जैव प्रक्रम Click Here
7. नियंत्रण एवं समन्वय Click Here
8. जीव जनन कैसे करते है Click Here
9. आनुवांशिकता एवं जैव विकास  Click Here
S.N भौतिकी | Physics
10. प्रकाश – परावर्तन तथा अपवर्तन Click Here
11. मानव- नेत्र एवं रंगबिरंगा संसार Click Here
12. विद्युत Click Here
13. विद्युत धारा के चुम्बकीय प्रभाव Click Here
14. उर्जा के स्रोत Click Here
S.N पर्यावरण विज्ञान | Environment
15. हमारा पर्यावरण Click Here
16. प्राकृतिक संसाधनों का प्रबंधन Click Here
Bihar Board Class 10th All Subject Class video 2024  
1. Class 10th Math Video Click Here
2. Class 10th Social Science Video Click Here
3. Class 10th Science Video Click Here
4. Class 10th Hindi Video Click Here
5. Class 10th Sanskrit Video Click Here
6. Class 10th English Video Click Here

 

Leave a Comment