MCQ Bank

Subjects
All Subjects 95 ACC311
F:210
210 ACC31Q
F:97
97 ACC501
F:248
248 BIF101
F:37
37 BIF401
F:27
27 BIF501
F:63
63 BIF602
F:3
3 BIF604
F:67
67 BIO101
F:17
17 BIO401
F:24
24 BIO503
F:48
48 BIO504T
F:12
12 BIO5101
F:25
25 BIO5105
F:18
18 BIO732
F:49
49 BNK601
F:129
129 BNK610
F:69
69 BNK611
F:102
102 BT101
F:80
80 BT102
F:53
53 BT201
F:246
246 BT301
F:30
30 BT302
F:35
35 BT401
F:163
163 BT402
F:37
37 BT403
F:43
43 BT404
M:9
9 BT405
F:41
41 BT406
F:106
106 BT501
F:141
141 BT503
F:74
74 BT504
F:67
67 BT505
F:68
68 BT511T
F:27
27 BT601
F:69
69 BT603
F:21
21 BT604
F:19
19 BT605
F:58
58 BT614T
F:37
37 CHE201
F:77
77 CS001
F:58
58 CS101
F:166
166 CS201
M:97 F:247
344 CS201P
F:200
200 CS202
F:192
192 CS204
F:77
77 CS205
F:87
87 CS206
F:57
57 CS301
F:141
141 CS301P
F:63
63 CS302
F:192
192 CS304
F:89
89 CS304P
F:147
147 CS306
F:75
75 CS311
F:132
132 CS312
F:47
47 CS314
F:84
84 CS315
F:57
57 CS401
F:117
117 CS402
M:67 F:140
207 CS403
F:162
162 CS403P
F:120
120 CS405
F:70
70 CS406
F:28
28 CS407
F:70
70 CS408
F:76
76 CS409
F:43
43 CS411
F:100
100 CS420
F:106
106 CS432
F:80
80 CS435
F:46
46 CS441
F:73
73 CS442
F:29
29 CS501
F:120
120 CS502
F:156
156 CS504
F:179
179 CS505
F:49
49 CS506
F:196
196 CS507
F:165
165 CS508
F:227
227 CS510
F:63
63 CS521
F:26
26 CS525
F:25
25 CS601
F:137
137 CS602
F:105
105 CS603
F:62
62 CS604
F:177
177 CS605
F:82
82 CS606
F:194
194 CS607
F:134
134 CS609
F:89
89 CS610
F:126
126 CS611
F:78
78 CS614
F:126
126 CS615
F:121
121 CS620
F:62
62 CS621
F:38
38 CS625
F:27
27 CS626
F:30
30 CS627
F:39
39 CS636
F:40
40 ECE302
F:21
21 ECO302
F:36
36 ECO303
F:20
20 ECO401
F:383
383 ECO402
F:99
99 ECO403
F:137
137 ECO404
F:129
129 ECO603
F:53
53 ECO606
F:108
108 ECO607
F:182
182 ECO609
F:48
48 ECO610
F:74
74 ECO613
F:50
50 ECO616
F:68
68 EDU101
F:72
72 EDU301
F:20
20 EDU302
F:57
57 EDU303
F:113
113 EDU304
F:33
33 EDU305
F:88
88 EDU401
F:117
117 EDU402
F:46
46 EDU403
F:37
37 EDU405
F:87
87 EDU406
F:75
75 EDU410
F:65
65 EDU411
F:312
312 EDU430
F:147
147 EDU431
F:62
62 EDU433
F:66
66 EDU501
F:42
42 EDU505
F:41
41 EDU510
F:15
15 EDU512
F:86
86 EDU515
F:12
12 EDU516
F:54
54 EDU601
F:129
129 EDU602
F:52
52 EDU604
F:103
103 EDU654
F:25
25 EDU705
F:26
26 EDUA430
F:77
77 ENG001
F:417
417 ENG101
F:344
344 ENG201
F:289
289 ENG301
F:340
340 ENG501
F:73
73 ENG502
F:55
55 ENG503
F:31
31 ENG504
F:44
44 ENG505
F:68
68 ENG506
F:60
60 ENG507
F:64
64 ENG508
F:61
61 ENG509
F:50
50 ENG510
F:41
41 ENG511
F:102
102 ENG512
F:44
44 ENG513
F:35
35 ENG514
F:57
57 ENG515
F:37
37 ENG516
F:50
50 ENG517
F:38
38 ENG518
F:65
65 ENG519
F:64
64 ENG520
F:40
40 ENG522
F:92
92 ENG523
F:76
76 ENG524
F:48
48 ENG529
F:34
34 ETH100
F:145
145 ETH201
F:20
20 FIN611
F:113
113 FIN621
F:168
168 FIN622
F:162
162 FIN623
F:203
203 FIN624
F:99
99 FIN625
F:96
96 FIN630
F:217
217 FIN702
F:56
56 GSC101
F:423
423 GSC201
F:47
47 HRM624
F:220
220 HRM627
F:300
300 ISL201
F:39
39 ISL202
F:903
903 IT430
F:280
280 IT601
F:31
31 IT602
F:33
33 MB502T
F:67
67 MCD403
F:20
20 MCD504
F:80
80 MCM101
F:98
98 MCM301
F:66
66 MCM304
F:52
52 MCM310
F:114
114 MCM311
F:96
96 MCM401
F:108
108 MCM411
F:76
76 MCM431
F:118
118 MCM501
F:105
105 MCM511
F:44
44 MCM514
F:21
21 MCM515
F:21
21 MCM516
F:55
55 MCM517
F:68
68 MCM520
F:67
67 MCM532
F:42
42 MCM601
F:99
99 MCM604
F:115
115 MCM610
F:85
85 MGMT611
F:205
205 MGMT623
F:160
160 MGMT625
F:126
126 MGMT627
F:130
130 MGMT628
F:234
234 MGMT629
F:99
99 MGMT630
F:112
112 MGT101
F:330
330 MGT111
F:197
197 MGT201
F:110
110 MGT211
F:175
175 MGT301
F:215
215 MGT401
F:30
30 MGT402
F:107
107 MGT404
F:135
135 MGT411
F:194
194 MGT501
F:396
396 MGT502
F:555
555 MGT503
F:325
325 MGT504
F:214
214 MGT510
F:561
561 MGT513
F:80
80 MGT520
F:231
231 MGT522
F:116
116 MGT601
F:121
121 MGT602
F:270
270 MGT603
F:330
330 MGT604
F:123
123 MGT605
F:66
66 MGT610
F:231
231 MGT611
F:122
122 MGT613
F:220
220 MGT713
F:44
44 MIC501T
F:40
40 MKT501
F:250
250 MKT530
F:71
71 MKT610
F:83
83 MKT621
F:94
94 MKT624
F:114
114 MKT630
F:127
127 MTH001
F:276
276 MTH100
F:216
216 MTH101
F:1292
1292 MTH102
F:32
32 MTH104
F:64
64 MTH201
F:68
68 MTH202
F:238
238 MTH301
F:406
406 MTH302
F:778
778 MTH303
F:160
160 MTH304
F:35
35 MTH401
F:226
226 MTH403
F:147
147 MTH404
F:41
41 MTH405
F:132
132 MTH501
F:366
366 MTH601
F:266
266 MTH603
F:160
160 MTH621
F:105
105 MTH622
F:62
62 MTH631
F:167
167 MTH632
F:97
97 MTH633
F:54
54 MTH634
F:67
67 MTH641
F:179
179 MTH642
F:76
76 MTH643
F:22
22 MTH645
F:63
63 MTH646
F:91
91 PAK301
F:155
155 PAK302
F:131
131 PAK522
F:51
51 PHY101
F:626
626 PHY301
F:95
95 PSC201
F:85
85 PSC401
F:48
48 PSY101
F:409
409 PSY401
F:166
166 PSY402
F:43
43 PSY403
F:262
262 PSY404
F:137
137 PSY405
F:174
174 PSY406
F:244
244 PSY407
F:175
175 PSY408
F:207
207 PSY409
F:143
143 PSY502
F:264
264 PSY504
F:126
126 PSY505
F:108
108 PSY511
F:69
69 PSY512
F:192
192 PSY513
F:175
175 PSY514
F:104
104 PSY515
F:140
140 PSY516
F:88
88 PSY610
F:81
81 PSY611
F:132
132 PSY631
F:116
116 PSY632
F:180
180 PSYP402
F:90
90 PSYP631
F:185
185 SE601
F:21
21 SE602
F:36
36 SOC101
F:1279
1279 SOC201
F:191
191 SOC301
F:63
63 SOC302
F:94
94 SOC401
F:143
143 SOC404
F:109
109 SOC609
F:82
82 SOC617
F:59
59 STA301
F:402
402 STA302
F:34
34 STA630
F:298
298 STA641
F:87
87 URD101
F:158
158 ZOO102
F:9
9 ZOO103
F:10
10 ZOO403
F:50
50 ZOO501
F:23
23 ZOO502
F:9
9 ZOO503
F:153
153 ZOO504
F:139
139 ZOO505
F:27
27 ZOO507
F:21
21 ZOO510
F:136
136 ZOO518T
F:20
20 ZOO519T
F:17
17
Koi subject nahi mila
PHY301 — PDF
Is subject ke saare MCQs ek PDF file mein download karne ke liye request karein.
95 result(s)
PHY301 Final Term Unsolved
Q40

which of following relation is true for turn ratio and voltage ratio of transformer

  • A) N2/N1=V1/V2
  • B) N2/N1=V2/V1
  • C) N2/N1=V1/V2V1
  • D) N1/N2=V1V2/V2
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q41

For farward biased condition of P-N junction

  • A) +Ve polarity to N electrode and -Ve polarity to P electrode
  • B) -Ve polarity to both N and P electrode
  • C) +Ve polarity to both N and P electrode
  • D) +Ve polarity to P electrode and -Ve polarity to N electrode
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q42

A transformer will be out of phase when

  • A) output voltage is 180 degree out of phase with input voltage
  • B) output voltage is same as input voltage
  • C) output voltage is 0 degree out of phase with input voltage
  • D) output voltage is 360 degree out of phase with input voltage
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q43

When germanium crystal is doped with phosphorus atom, it becomes

  • A) Insulator
  • B) P-type semiconductor
  • C) N-type semiconductor
  • D) photo-transistor
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q44

Load line coordinates give value of

  • A) IS and i
  • B) ID and VD
  • C) VD and vs
  • D) IS and VD
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q45

For the given silicon diode resistance network, the current flowing through diode is data:image/png;base64,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

  • A) 0.5mA
  • B) 0
  • C) 10mA
  • D) 1mA
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q46

In a P- type semiconductor material, the majority carriers are

  • A) Holes
  • B) Ions
  • C) Protons
  • D) Electrons
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q47

Varying Q- point of diode is responsible for

  • A) DC resistance
  • B) AC resistance
  • C) insulation
  • D) static resistance
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q48

Another name of carrier’s depletion region is

  • A) Biased region
  • B) Saturate region
  • C) Vacant region
  • D) Space charge region
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q49

Which transformer gives less voltage at secondary as compared to primary

  • A) step up transformer
  • B) step down transformer
  • C) islated transformer
  • D) all transformer
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q50

In semiconductors and insulators, there is a band gap above the valence band, called the

  • A) zero level band
  • B) conduction band
  • C) free band
  • D) high band
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q51

Using small signal model,for a diode that conducts at 2mA with n=2, the change in current due to change of voltage by 10mv will be

  • A) o.4mA
  • B) 0.11mA
  • C) 0.6mA
  • D) 5mA
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q52

A diode will be reverse biased when

  • A) Both anode and cathode are connected to +ve terminal
  • B) Both anode and cathode are connected to -ve terminal
  • C) cathode is connected to -ve and anode to +ve terminal of a battery
  • D) cathode is connected to +ve and anode to -ve terminal of a battery
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q53

In a certain loaded transformer, the secondary voltage is one third the primary voltage. The secondary current is

  • A) one third the primary current
  • B) less than the primary current
  • C) three times the primary current
  • D) equal to primary current
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q54

The bonding force of atoms of semiconductors is

  • A) Metallic bonding
  • B) Covalent bonding
  • C) Ionic bonding
  • D) Van der waals bonding
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q55

If 10w of power is applied to primary of an ideal transformer with a turn ratio of 5, the power delivered to the secondary load is

  • A) 10w
  • B) 50w
  • C) 0.5w
  • D) 25w
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q56

In the given two figures of simple diode circuit, which diode Fig. is forward bised? data:image/png;base64,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

  • A) Not any one
  • B) Fig. (b)
  • C) Fig. (a) &(b)
  • D) Fig. (a)
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q57

The electron valency for Si and Ge is

  • A) 2
  • B) 6
  • C) 4
  • D) 3
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q58

Load voltage is zero for positive half cycle of input in

  • A) negative half wave rectifier
  • B) Both positive and negative
  • C) positive half wave rectifier
  • D) full wave rectifier
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
PHY301 Final Term Unsolved
Q59

In an N- type semicondutor material , the majority carrier are

  • A) holes
  • B) ions
  • C) electrons
  • D) protons
Answer abhi available nahi — is question ka AI/admin se answer milne ka intezar hai.
© 2026 VUCTN. All rights reserved. v1.0.0