control structure amd its parts(if,goto,do)., Physics

i have to make an assignment on this topic plz suggest me how can i make this?
Posted Date: 10/8/2012 12:38:41 AM | Location : United States

Related Discussions:- control structure amd its parts(if,goto,do)., Assignment Help, Ask Question on control structure amd its parts(if,goto,do)., Get Answer, Expert's Help, control structure amd its parts(if,goto,do). Discussions

Write discussion on control structure amd its parts(if,goto,do).
Your posts are moderated
Related Questions
How a CPH does stop or its speed decreases? Answer; it is a principle that Vc is stable thus that; gradV c =0 Thus, never V c increases or decreases.

A pendulum which is suspended from the ceiling of a railroad car is observed to hang at an angle of 10 degrees to the right of vertical.  Which of the following answers could expla

The magnetic vector potential in a specific region is a constant vector having magnitude 4πX10 5 units and points along the positive x-axis. What is the magnitude of the magnetic

How would you describe in one word fiber optics lighting system? Magic is the one word for describing fiber optic in one word.

I''m transmitting microwave radiation from antenna to when radiation(photons) is transmitted,how they interact with the molecules in the atmosphere layer by layer..I

If there is a fire accident in an industry, what  a safety enginner  will do? Ans) Normal 0 false false false EN-IN X-NONE X-NONE

Q. Explain what do you understand by the terms potential well and potential barrier. How does a particle with energy lesser than the barrier height tunnels through its quantum mech

Phenomenon of interference of water waves 1. Arrange two identical adjacent pins (S1 and S2) vibrating in a ripple tank with the same frequency. 2. In the figure S and S ar

Selection of motors for different Engg. application 1.  For Cement industry: Various types of motors for pumps, fans, conveyors ,crushers, kilns an mills Major mill

Q. Define magnetic flux? Magnetic flux ( φ ): The magnetic flux (φ) correlated with a surface held in a magnetic field (B) is defined as the number of magnetic lines of f