The neutron possesses a magnetic moment suggests that it has an internal structure of electric charge althrough the net charge is zero.
02. STRUCTURE OF ATOM (HM)
175649
न्यूट्रॉन पर होता है
1 \(+1 \) इकाई आवेश व \(1\) इकाई द्रव्यमान
2 कोई आवेश नहीं व \(1\) इकाई द्रव्यमान
3 कोई आवेश नहीं व कोई द्रव्यमान नहीं
4 \(-1\) इकाई आवेश व \(1 \) इकाई द्रव्यमान
Explanation:
Proton and \(e ^{\ominus}\) which are electrically charged, neutrons have no charge they are electrically neutral. The mass of a neutron is slightly greater than the mass of a proton, which is \(1\) atomic mass unit \((amu)\). (An atomic mass unit equals about \(1.67 \times 10^{-27}\, Kgs\).)
02. STRUCTURE OF ATOM (HM)
175650
कैथोड किरणों पर होता है
1 केवल द्रव्यमान
2 केवल आवेश
3 कोई द्रव्यमान व आवेश नहीं
4 द्रव्यमान व आवेश दोनों
Explanation:
Cathode rays have mass and charge both. Cathode rays are stream of electrons that are negatively charged particles. Cathode rays travel in straight lines from the cathode. The ratio of \(e / m\) for a cathode ray is fixed at \(1.758820 \times 10^{11} \,C / kg\). It is equal to the ratio of \(e / m\) for an electron.
The neutron possesses a magnetic moment suggests that it has an internal structure of electric charge althrough the net charge is zero.
02. STRUCTURE OF ATOM (HM)
175649
न्यूट्रॉन पर होता है
1 \(+1 \) इकाई आवेश व \(1\) इकाई द्रव्यमान
2 कोई आवेश नहीं व \(1\) इकाई द्रव्यमान
3 कोई आवेश नहीं व कोई द्रव्यमान नहीं
4 \(-1\) इकाई आवेश व \(1 \) इकाई द्रव्यमान
Explanation:
Proton and \(e ^{\ominus}\) which are electrically charged, neutrons have no charge they are electrically neutral. The mass of a neutron is slightly greater than the mass of a proton, which is \(1\) atomic mass unit \((amu)\). (An atomic mass unit equals about \(1.67 \times 10^{-27}\, Kgs\).)
02. STRUCTURE OF ATOM (HM)
175650
कैथोड किरणों पर होता है
1 केवल द्रव्यमान
2 केवल आवेश
3 कोई द्रव्यमान व आवेश नहीं
4 द्रव्यमान व आवेश दोनों
Explanation:
Cathode rays have mass and charge both. Cathode rays are stream of electrons that are negatively charged particles. Cathode rays travel in straight lines from the cathode. The ratio of \(e / m\) for a cathode ray is fixed at \(1.758820 \times 10^{11} \,C / kg\). It is equal to the ratio of \(e / m\) for an electron.
The neutron possesses a magnetic moment suggests that it has an internal structure of electric charge althrough the net charge is zero.
02. STRUCTURE OF ATOM (HM)
175649
न्यूट्रॉन पर होता है
1 \(+1 \) इकाई आवेश व \(1\) इकाई द्रव्यमान
2 कोई आवेश नहीं व \(1\) इकाई द्रव्यमान
3 कोई आवेश नहीं व कोई द्रव्यमान नहीं
4 \(-1\) इकाई आवेश व \(1 \) इकाई द्रव्यमान
Explanation:
Proton and \(e ^{\ominus}\) which are electrically charged, neutrons have no charge they are electrically neutral. The mass of a neutron is slightly greater than the mass of a proton, which is \(1\) atomic mass unit \((amu)\). (An atomic mass unit equals about \(1.67 \times 10^{-27}\, Kgs\).)
02. STRUCTURE OF ATOM (HM)
175650
कैथोड किरणों पर होता है
1 केवल द्रव्यमान
2 केवल आवेश
3 कोई द्रव्यमान व आवेश नहीं
4 द्रव्यमान व आवेश दोनों
Explanation:
Cathode rays have mass and charge both. Cathode rays are stream of electrons that are negatively charged particles. Cathode rays travel in straight lines from the cathode. The ratio of \(e / m\) for a cathode ray is fixed at \(1.758820 \times 10^{11} \,C / kg\). It is equal to the ratio of \(e / m\) for an electron.
NEET Test Series from KOTA - 10 Papers In MS WORD
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02. STRUCTURE OF ATOM (HM)
175646
एनोड किरणों की खोज की
1 गोल्डस्टीन ने
2 जे. स्टोनी ले
3 रदरफोर्ड ने
4 जे.जे. थॉमसन ने
Explanation:
Its Obvious
02. STRUCTURE OF ATOM (HM)
175647
परमाणु की त्रिज्या किस क्रम की होती है
1 \({10^{ - 10}}\) सेमी
2 \({10^{ - 13}}\) सेमी
3 \({10^{ - 15}}\) सेमी
4 \({10^{ - 8}}\) सेमी
Explanation:
Its Obvious
02. STRUCTURE OF ATOM (HM)
175648
न्यूट्रॉन पर होता है
1 धन आवेश
2 ऋण आवेश
3 कोई आवेश नहीं
4 सभी
Explanation:
The neutron possesses a magnetic moment suggests that it has an internal structure of electric charge althrough the net charge is zero.
02. STRUCTURE OF ATOM (HM)
175649
न्यूट्रॉन पर होता है
1 \(+1 \) इकाई आवेश व \(1\) इकाई द्रव्यमान
2 कोई आवेश नहीं व \(1\) इकाई द्रव्यमान
3 कोई आवेश नहीं व कोई द्रव्यमान नहीं
4 \(-1\) इकाई आवेश व \(1 \) इकाई द्रव्यमान
Explanation:
Proton and \(e ^{\ominus}\) which are electrically charged, neutrons have no charge they are electrically neutral. The mass of a neutron is slightly greater than the mass of a proton, which is \(1\) atomic mass unit \((amu)\). (An atomic mass unit equals about \(1.67 \times 10^{-27}\, Kgs\).)
02. STRUCTURE OF ATOM (HM)
175650
कैथोड किरणों पर होता है
1 केवल द्रव्यमान
2 केवल आवेश
3 कोई द्रव्यमान व आवेश नहीं
4 द्रव्यमान व आवेश दोनों
Explanation:
Cathode rays have mass and charge both. Cathode rays are stream of electrons that are negatively charged particles. Cathode rays travel in straight lines from the cathode. The ratio of \(e / m\) for a cathode ray is fixed at \(1.758820 \times 10^{11} \,C / kg\). It is equal to the ratio of \(e / m\) for an electron.
The neutron possesses a magnetic moment suggests that it has an internal structure of electric charge althrough the net charge is zero.
02. STRUCTURE OF ATOM (HM)
175649
न्यूट्रॉन पर होता है
1 \(+1 \) इकाई आवेश व \(1\) इकाई द्रव्यमान
2 कोई आवेश नहीं व \(1\) इकाई द्रव्यमान
3 कोई आवेश नहीं व कोई द्रव्यमान नहीं
4 \(-1\) इकाई आवेश व \(1 \) इकाई द्रव्यमान
Explanation:
Proton and \(e ^{\ominus}\) which are electrically charged, neutrons have no charge they are electrically neutral. The mass of a neutron is slightly greater than the mass of a proton, which is \(1\) atomic mass unit \((amu)\). (An atomic mass unit equals about \(1.67 \times 10^{-27}\, Kgs\).)
02. STRUCTURE OF ATOM (HM)
175650
कैथोड किरणों पर होता है
1 केवल द्रव्यमान
2 केवल आवेश
3 कोई द्रव्यमान व आवेश नहीं
4 द्रव्यमान व आवेश दोनों
Explanation:
Cathode rays have mass and charge both. Cathode rays are stream of electrons that are negatively charged particles. Cathode rays travel in straight lines from the cathode. The ratio of \(e / m\) for a cathode ray is fixed at \(1.758820 \times 10^{11} \,C / kg\). It is equal to the ratio of \(e / m\) for an electron.