Question
Which of the following statements best describes the
concept of a computing model in computer science?Solution
A computing model is a theoretical framework that provides an abstract description of how computational processes are carried out. It defines the principles and mechanisms that govern how computations are performed and how problems are solved within a computational system. Key Aspects of Computing Models Include: • Abstract Mechanisms: Computing models describe the abstract mechanisms of computation, such as algorithms, data structures, and computational steps, without being tied to specific hardware or software implementations. • Types of Models: Examples include the Turing Machine model, which provides a theoretical framework for understanding computability and algorithms; the Von Neumann model, which describes the architecture of most traditional computers; and the Lambda Calculus model, which focuses on function computation and functional programming.
- The base of a right pyramid is an equilateral triangle with side 12 cm. If the height of the pyramid is 40√3 cm, calculate the volume of the pyramid.
In triangle ABC, the difference between angle A and angle B is 16°, and the difference between angle A and angle C is 8°. Determine the measure of an...
If area of similar triangles ∆ ABC and ∆ DEF be 64 sq Cm and 121 sq cm and EF = 15.4 cm then BC equals
Find the length of AB, if ΔABC ~ ΔRQP and AC = 22.5 cm, RP = 9 cm and RQ = 6 cm.
The angles of a triangle are in the ratio 4:5:3. Determine the sum of the smallest and largest angles of the triangle.
If the angles of a triangle are in the ratio of 2:5:8, then find the value of the biggest angle.
Find the area of a triangle whose sides are 12 m, 14 m, and 16 m.
In a right-angled triangle, the legs are in the ratio 3:4, and the hypotenuse is 25 cm. Find the perimeter of the triangle.
- A triangle has a base of 27.3 cm and the height is 11.4 cm. Find its area.
ABC is an equilateral triangle with sides of 24cm. Find the difference between its in-radius and circum-radius.