Related Questions

Following are the components of Tetralogy of Fallots
A Pulmonary stenosis
B Ventricular septal defect
C Right ventricular hypertrophy
D Atrial septal defect
E Dextro-position of aorta with over-tiding of the atrial septum
Feature/s of Fallots tetralogy is/are
A Adopt squatting posture
B Pulmonary oligaemia
C Cyanosis aggravated by exertion
D Radio-femoral delay
E Systolic murmur due to ventricular septal defect
Components of tetralogy of Fallot are
A Overriding of the aorta
B Ventricular septal defect
C Right ventricular outflow tract obstruction
D Atrial septal defect
E Aortic stenosis
Component of Tetralogy of Fallot's are
A Ventricular septal defect
B Right ventricular hypertrophy
C Infundibular obstruction
D Left ventricular hypertrophy
E Pulmonary hypertension
Tetralogy of fallot consists of
A VSD
B Dextroposition of the aorta
C Pulmonary stenosis
D Right ventricular hypertrophy
E ASD
Tetralogy of Fallot consists of the following features
A VSD
B Dextroposition of the aorta
C Pulmonary stenosis
D Right ventricular hypertrophy
E ASD
The defects in the tetralogy of Fallot are
A Ventricular septal defect
B Pulmonary stenosis
C Overriding of the aorta
D Left ventricular hypertrophy
E Atrial septal defect
The acceleration of a particle at any instant has two components i.e. radial component and tangential component. These two components will be
A Parallel to each other
B Perpendicular to each other
C Inclined at 45°
D Opposite to each other
In India, are prefabricated components costlier than those of traditional cast-in-situ items that the prefabricated components replace?
A Yes, because of heavier overheads and handling cost
B Yes, because of the very high order of quality control for the factory made components
C No, because of repetitive manufacture of a number of elements
D No, because of savings in site labour
When a number of components are fabricated on same IC chip it is necessary to provide isolation between two different components for input interconnection is called __________.
A Input amplification
B Input differentiation
C Common mode rejection
D Input isolation

Next steps