Aashish Ingle India

B-Tech Engineering Drawing [ED] Notes - Svvv indore | Aashish Ingle If you are a Mechanical and Civil Engineering student. Then you will definitely find the Engineering Drawing subject. Which will help you to design building and machine tools. All notes related to engineering drawing are available in this post. Unit-1 [ ] - Download Unit-2 [ ] -... Read more »

SVVV - Shri Vaishnav Vidyapeeth Vishwavidyalaya  B-Tech Notes All Subject Here you can very Easily Download the notes of all the Subjects of your College. And Notes will be very beneficial for you for Internal, External, and Exam Preparation. Engineering Thermodynamics Notes For You Unite-1 [BASIC CONCEPT AND DEFINATIONS] - [Download] Unite-1 [FIRST... Read more »

How To Download SVVV Admit Card | Download SVVV Exam Admit Card Wellcome to Official Site of Aashishingle. Here you will get all the information related to SVVV [Shri Vaishnav Vidyapeeth Vishwavidyalaya]. You can download last year's papers very easily with us. And you can also download notes of all subjects. ADMIT CARD Today we are going to talk about how to... Read more »

SVVV - Shri Vaishnav Vidyapeeth Vishwavidyalaya  B-Tech Notes All Subject Here you can very Easily Download the notes of all the Subjects of your College. And Notes will be very beneficial for you for Internal, External, and Exam Preparation. B-Tech Subjects Applied Mathematics [M1, M2, M3] Applied Physics Applied Chemistry Applied... Read more »

A bulb rated at 60W, 120V is used for 30 minutes. The charge associated with this operation is (a) 3600 C (b) 900 C (c) 7200 C (d) 60 C Ans. (b) 900 C ... Read more »

In a purely inductive circuit the current …….the voltage by ….. (a) lags, 00 (b) leads, 900 (c) lags, 900 (d) lags, 450 Ans. (c) lags, 900  ... Read more »

Two voltage are v1 = 100 sin(ωt+150 ) and v2 = 60 cos ωt, then (a) v1 is leading v2 by 150 (b) v1 is leading v2 by 750 (c) v2 is leading v1 by 750 (d) v2 is leading v1 by 150 Ans. (c) v2 is leading v1 by 750 ... Read more »

Three resistance of 15Ω each are connected in delta. The resistance of equivalent star will have a value of (a) 12Ω (b) 5Ω (c) 5/3Ω (d) 45Ω Ans. (b) 5Ω  ... Read more »

A source is delivering maximum power to a resistance through a network. The ratio of power delivered to the source power (a) is always 0.5 (b) may be 0.5 or less (c) may be 0.5 or less or more (d) may be 0.5 or more Ans. (b) may be 0.5 or less  ... Read more »

When determining Thevenin’s resistance of a circuit (a) all sources must be open circuited (b) all sources must be short circuited (c) all voltage sources must be open circuited and all current sources must be short circuited (d) all sources must be replaced by their internal resistances Ans. (d) all sources must be replaced by their internal resistances ... Read more »

Kirchhoff’s laws are applicable to (a) dc only (b) as sinusoidal wave only (c) dc and ac sinusoidal waves (d) all wave shapes Ans. (d) all wave shapes  ... Read more »

An ideal current source has (a) infinite source resistance (b) zero source resistance (c) large value of source resistance (d) finite value of source resistance Ans. (a) infinite source resistance ... Read more »

In a practical voltage source, the terminal voltage______. (a) cannot be less than source voltage (b) cannot be higher than source voltage (c) is always less than source voltage (d) is always equal to source voltage Ans.  (b) cannot be higher than source voltage  ... Read more »

Two capacitors of 2 μF and 4 μF capacitance are connected in series across a 30 V dc battery. After the capacitors have been charged, the voltage across them will be_____. (a) 15 V each (b) 10 V and 20 V respectively (c) 20 V and 10 V respectively (d) 30 V each Ans. (c) 20 V and 10 V respectively  ... Read more »

Two capacitors of 1 μF and 2 μF are connected in series across a 30 V dc battery. After the capacitors have been charged, the charges across the two capacitors will be____. (a) 10 μC each (b) 20 μC each (c) 10 μC and 20 μC (d) 20 μC and 10 μC Ans.  (b) 20 μC each ... Read more »