ahmedov

Schumann's fascination with the virtuosity and showmanship of _____ kindled a desire to do the same on the piano.

Nicolo Paganini

George Handel

Franz Haydn

What music should people listen to when they are stressed or experiencing an anxiety attack?

What are the five most important musical instruments?

How would you describe the style of the dance in the movie called Setup two the street? Explained by providing examples from the movie of the dance style.

"JOhnathann brahms a german composer and pianst went to ___ because it was the center of the arts at that time"

A. Vienna, Austria

B. Lisbon Portugual 

C. Dublin Ireland  

Who is best music director ?

What's the amendment?

Having government regulations and laws for business leans more towards which of the following?

A. Capitalism 

B. Socialism

C. Utilitarianism

D. Mercantilism

  Q :  

What was the real name of Mumtaz Mahal?

(A) Arjumand Banu Begum

(B) Roshan Ara

(C) Ladli Begum

(D) none of these

Q :  

Rajatarangini, a book that generally recorded the heritage of Kashmir in the 12th Century, was written by:

(A) Lalitapida

(B) Kashyapa

(C) Pravaragupta

(D) Kalhana

[A] Dadabhai Naoroji
[B] Gopal krishna Gokhale
[C] Pandit Madan Mohan Malaviya
[D] Ras Bihari Ghosh

[A] Mrs. Annie Besant
[B] W. Digby
[C] Sister Nivedita
[D] William Wedderburn

[A] M. G. Ranade
[B] Swami Vivekanand
[C] Ramkrishna Paramhansa
[D] Raja Ram Mohan Roy

explain the importance of the democratic process, and identify the challenges to our democracy today

In which year did Subhash Chandra Bose take over the command of the Azad Hind Fauj?

In which year was C.V. Raman awarded the Nobel Prize in Physics ?

When was the first passenger train ran in India ?

When paralleling a generating unit to a power system, if the synchroscope indicates that the incoming machine is running slower than the system:

a.  The field current should be increased

b.  The power input to the prime mover should be increased slightly

c.  The power input to the prime mover should be decreased slightly

d.  The synchronizing switch should be closed just after it indicates zero phase angle difference.

When load on a thermal unit is increased, fuel input

a. Increased

b. Does not change

c. Decreased

d. slightly decreased

When generating units are loaded to equal incremental cost:

a. Minimum fuel cost result

b. Fuel cost at a maximum

c. Fuel cost are not affected

d. efficiency decreased

In a power system using both Hydro and thermal generation, the proportion of hydro generation can be increased by.

a.  Increasing the price of water

b.  Reducing the price of water

c.  Increasing the field current of the Hydro generators

d.  Used salt water

Why is the moment of inertia of a hoop that has a mass M and a radius R greater than the moment of inertia of a disk that has the same mass and radius? Why is the moment of inertia of a spherical shell that has a mass M and a radius R greater than that of a solid sphere that has the same mass and radius?

A prismatic AB bar 6 m long has a weight of 500 N. It is pin connected at one end at A. If it is rotated about a vertical axis at Ai how fast would it be rotated when it makes an angle of 30° with the vertical?

A balikbayan box is placed on top on a flooring of a delivery truck with a coefficient of friction between the floor and the box equal to 0.40. If the truck moves at 60 kph, determine the distance that the truck will move before the box will stop slipping. The box weighs 200 N.

A car is running up a grade of 1 in 250 at a speed of 28.8 kph when the engine conk out. Neglecting friction, how far will the car have gone after 3 minutes from the point where the engine conk out?

A 70 kg man stands on a spring scale on an elevator. During the first 2 seconds starting from rest, the scale reads 80 kg. Find the velocity of the elevator at the end of 2 seconds and the tension T in the supporting cable fro the during the acceleration period. The total weight of the elevator, man and scale is 7000 N.

A cylinder having a mass of 40 kg with a radius of 0.5 m is pushed to the right without rotation and with acceleration 2 m/sec2. Determine the magnitude and location of the horizontal force P if the coefficient of friction is 0.30.

A 100 kg block is released at the top of 30° incline 10 m above the ground. The slight melting of ice renders the surfaces frictionless; calculate the velocity of the foot of the incline.

Starting from rest, an elevator weighting 9000 N attains an upward velocity of 5 m/s in 4 sec. with uniform acceleration. Find the apparent weight of 600 N man standing inside the elevator during its ascent and calculate the tension in the supporting cable.

A body weighing 40 lb. starts from rest and slides down a plane at an angle of 30° with the horizontal for which the coefficient of friction f = 0.30. How far will it move during the third second?

What force is necessary to accelerate a 3000 lbs railway electric car at the rate of 1.25 ft/sec2, if the force required to overcome the frictional resistance is 400 lbs.

An elevator weighing 2000 lb attains an upward velocity of 16 fps in 4 sec with uniform acceleration. What is the tension in supporting cables?

A pick-up truck is traveling forward a 5 m/s the bed is loaded with boxes, whose coefficient of friction with the bed is 0.4. What is the shortest time that the truck can be bought to a stop such that the boxes do not shift?

Two barges are weighing 40 kN and the other 80 kN are connected by a cable in quiet water. Initially the barges are 100 m apart. If friction is negligible calculate the distance moved by the 80 kN barge.

 A pendulum with the concentrated mass “m” is suspended vertically inside a stationary railroad freight car by means of a rigid weightless connecting rod. If the connecting rod is pivoted where it attaches to the boxcar, compute the angle of that the rod makes with the vertical as a result of constant horizontal acceleration of 2 m/s.

Two 15 N weights A and B are connected by a massless string hanging over a smooth frictionless peg. If a third weight of 15 N is added to A and the system is released, by how much is the force on the peg increased?

Three crates with masses A = 45.2 kg, B = 22.8 kg, and C = 34.3 kg are placed with B besides A and C besides B along a horizontal frictionless surface. Find the force exerted by B and C by pushing to the right with an acceleration of 1.32

Three blocks A, B and C are placed on a horizontal frictionless surface and are connected by chords between A, B and C. Determine the tension between block B and C when a horizontal tensile force is applied at C = 6.5 N. Masses of blocks are A = 1.2 kg, B 2.4 kg, and C = 3.1 kg.