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How do you create a tooltip for a widget using the Label widget in Tkinter?
A blueprint for creating an object in C++ is called _____
The translatory motion of an object moving on a smooth surface is represented by following distance - time Graph. What can be inferred from the graph? I. No force is required to keep the object in motion. II. The speed-time graph of the object is a straight line parallel to the time axis. III. The acceleration of the object is zero.
Two objects A & B are immersed in water and their weights are measured using a spring balance. The following table is based on the readings obtained Object Weight of object in air (gm/Wt) Weight of object in water (gm/Wt) Weight of water displaced (gm/Wt) Force of up thrust acting on object (gm/Wt) A X 55 Y 10 B 80 Q 5 Z Which of the following values would complete the table correctly
The momentum of an object depends on which factors? I. Mass of the object II. The velocity of the object III. The volume of the object
Momentum of an object depends on which factors? I. Mass of the object II. Speed of the object III. Velocity of the object
The speed-time graph of an object is a straight line. Which of the following statements can be concluded? A- The motion of the object is a uniform motion B- The object is at rest C- The motion of the object is a non uniform motion. 
Given below are four statements- (p) The second principal focus of a lens is the position of the object, real or virtual whose image is at infinity. (q) The second principal focus of a lens is the position of the image, real or virtual whose object is at infinity. (r) The first principal focus of a lens is the position of the object, real or virtual whose image is at infinity. (s) The first principal focus of a lens is the position of the image, real or virtual whose object is at infinity.  Examine the above statements and find which among then are correct. 
An object is kept in one of the quadrants of principal planes of projection, for both the front view and top view of the object, the view came first and then the object (the observer is at the top right side of principal planes). The object is in which quadrant?
An object is kept in one of the quadrants of principal planes of projection, for both the front view and top view of the object the object came first and then the views on planes (the observer is at top right side of principal planes). The object is in which quadrant?