Navigation Menu
Home
University Admissions
Public Sector
Private Sector
Admissions in Punjab
Admissions in KPK
Admissions in Sindh
Admissions in Balochistan
Admissions in AJK
Global Scholarships
Scholarships in USA
Scholarships in UK
Scholarships in Canada
Scholarships in Australia
Scholarships in Europe
Scholarships in Asia
Scholarships in Africa
Medical Colleges
Public Sector
Private Sector
Semi-Govt (NUMS)
Online Quiz
MDCAT Past Papers
MDCAT Practice Test
AFNS Intelligence Test
ISSB Intelligence Test
Blog
Latest Notices
Menu
Pak
Admissions
Home
All Open Admissions
Public Sector
Private Sector
Admissions in Punjab
Admissions in KPK
Admissions in Sindh
Admissions in Balochistan
Admissions in AJK
Scholarships
Scholarships in USA
Scholarships in UK
Scholarships in Canada
Scholarships in Australia
Scholarships in Europe
Scholarships in Asia
Scholarships in Africa
Medical and Dental Colleges
Public Sector
Private Sector
Semi-Govt (NUMS)
Online Quiz
MDCAT Past Papers
MDCAT Practice Test
AFNS Intelligence Test
ISSB Intelligence Test
Blog
Latest Notices
Home
/
Online Quiz
/
MDCAT Past Papers
/
Quiz 5
Mdcat-past-papers Quiz
Filters:
All questions
81. A resistor has a resistance of 200 ohms. If a current of 0.5 amperes flows through it, what is the voltage across the resistor?
100 volts
110 volts
120 volts
0.02 volts
82. If R1 and R2 are respectively the filament resistance of a 100-Watt bulb and 200-Watt bulb designed to operate on the same voltage, then power of:
R1 is two times R2
R2 is four times R1
R2 is two times R1
R1 is four times R2
83. The maximum power transfer theorem states that maximum power is delivered to the load when:
Load resistance is half of source resistance
Load resistance is zero
Load resistance is double the source resistance
Load resistance is equal to the source resistance
84. In transmission from grid station, power losses are minimized by:
Increasing current
Decreasing current
Increasing resistance
Increasing voltage
85. An electric bulb is marked 200W, 220V. If the same bulb is connected to 110V supply line, the power consumed by it is:
100W
75W
50W
25W
86. Terminal voltage "V" of the battery is greater than emf of the battery when:
Battery is charging
Battery is discharging
Battery is connected with R
Battery is connected with voltmeter
87. The power of an electric bulb is 100W. It is connected to 110V power supply. The resistance of electric bulb will be:
110 ohm
121 ohm
20 ohm
2000 ohm
88. Power transfer will be maximum when:
R>r
R<r
R=r
R=1/r
89. A low voltage supply with an emf of 20V and an internal resistance of 1.5 ohms is used to supply power to a heater of resistance 6.5 ohms in a fish tank. What is the power supplied to the water in the fish tank?
41 W
50 W
53 W
62 W
90. Arshad is driving down 7th street, he drives 150 m in 18 s. Assume he does not speed up or slow down, what is his speed?
0.38 ms⁻¹
8.33 ms⁻¹
126 ms⁻¹
58.33 ms⁻¹
91. The ratio of displacement along diameter of circle and total distance along circle is:
1:π
2:π
π:1
π:2
92. A wave traveling with speed of 130 ms⁻¹ having wavelength of 5 m. What is its frequency?
650 Hz
20 Hz
26 Hz
3.8 × 10²
93. A cyclist is traveling at 15 ms⁻¹. She applies brakes so that she does not collide with the wall in front of her at a distance of 18 m. Calculate the magnitude of deceleration.
–6.3 ms⁻²
12.5 ms⁻²
–13 ms⁻²
–5.3 ms⁻²
94. A fireman wants to slide down a rope. The breaking load of the rope is 3/4th of the weight of the man. With what acceleration should the fireman slide down? (Acceleration due to gravity is g)
g
g/4
3g/4
0
95. The instantaneous velocity along the curved path is:
Along the tangent
Perpendicular to the slope
Parallel to radius
Anti-parallel to the radius
96. Slope of distance-time graph can never be:
Positive
Negative
Constant
Zero
97. Acceleration of light travelling in vacuum:
3 × 10¹⁰ cm/s
Zero
299792458 m/s
1.86000 miles/s
98. A body covers displacement of 10 m towards North and returns back to initial point by covering 10 m towards South. Its total displacement is:
20 m North
10 m South
0 m along N-S
0 m
99. Measure of displacement covered with passage of time is called:
Acceleration
Speed
Velocity
Deceleration
100. A train travels on a straight track passing signal A at 20 ms⁻¹. It accelerates uniformly at 2 ms⁻² and reaches signal B 100 m further than A. At B the velocity of the train in ms⁻¹ is:
10
20
28
56
Submit Quiz
-
Try Now
MDCAT Past Papers Free Online Quizzes
Rs. 1,799
Buy Now
Watch Touch Screen With Bluetooth
Country Wise Scholarships
🇵🇰
Pakistan's Scholarships
🇺🇸
USA's Scholarships
🇬🇧
UK's Scholarships
🇨🇦
Canada's Scholarships
🇨🇳
China's Scholarships
🇸🇦
Saudi Arabia's Scholarships
🇦🇪
UAE's Scholarships
🇲🇾
Malaysia's Scholarships
🇪🇺
Europe's Scholarships
🇰🇷
South Korea's Scholarships
See More
Rs. 5,994
Buy Now
Zero® ICON Smartwatch
Online Free Quiz
MDCAT Past Papers
MDCAT Practice Test
AFNS Intelligence Test
ISSB Intelligence Test
View All Quizzes →
Follow Us
Facebook
YouTube
WhatsApp
Instagram
Stay updated with latest news & updates
Aggregate Calculator
Calculate your MDCAT aggregate for MBBS admissions
Calculate Now →