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Use the systems theory to explain the interdependence between ZZ2 Tomato



Farm and its stakeholders

II. Describe the spontaneity and entropy of the processes.


1. Formation of CO2 and H2O through the reaction below.

C3H8(g) + 5O2(g) → 3CO2(g) + 4H2O(l)

2. Sublimation of naphthalene balls as represented by this equation:

C10H8(s) → C10H8(g)

3. Formation of H2O from H2 and O2 2H2(g) + O2(g) → 2H2O(l)  


Strategy communication refers to the role a communicator or a public relations




practitioner plays in the strategy-making process (development and




implementation) and is a dynamic approach to strategic management.




Globalisation and technology have influenced the Strategic Communication, and




this changed how organisation communicate with different stakeholders. Explain




the Core driving forces toward an emerging paradigm of strategic




Communication as describe by Overton-de Klerk & Verwey (2013).

An average tire used by a transportation company lasts 20,000 km with a standard deviation

of 100 km. Assuming that the distance traveled by a tire is normally distributed, what is the

probability that a tire used by the company will last at most 30,000 km?


what's the difference between language acquisition and language learning

Example 1: Define a function that takes an argument. Call the function. Identify what code is the argument and what code is the parameter.


Example 2: Call your function from Example 1 three times with different kinds of arguments: a value, a variable, and an expression. Identify which kind of argument is which. 


Example 3: Create a function with a local variable. Show what happens when you try to use that variable outside the function. Explain the results.


Example 4: Create a function that takes an argument. Give the function parameter a unique name. Show what happens when you try to use that parameter name outside the function. Explain the results.


Example 5: Show what happens when a variable defined outside a function has the same name as a local variable inside a function. Explain what happens to the value of each variable as the program runs.

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The output of four registers R0, R1, R2, and R3 are connected through 4-to-1 line multiplexers to the

input of a fifth register, R5. Each register is eight bit long. The required transfer is dictated by four

timing variables T0 through T3 as follows:

T0 : R5 R0

T1 : R5 R1

T2 : R5 R2

T3 :R5 R3


Draw the block diagram showing the hardware implementation of the register transfer. Including the

connection necessary from the four timing variable to the selection inputs of the multiplexers and to

the load input of register R5.


Find f ◦ g and g ◦ f , where f (x) = 3x - 2 and g(x) = 2x + 2, are functions from R to R

1.A beam of light enters water at an angle of 60 degrees relative to the normal of the water surface . Find the angle of refraction?



2.Light passes from air into water . If the angle of refraction is 20° ,what is the index of refraction of the plastic?

EXPLAIN HOW THE FOLLOWING THEORIES ARE ASSISTING YOU AS A PRESERVICE TEACHER TO BECOME A BETTER TEACHER. DISCUSS THE THEORIES IN DETAIL AND ALSO PROVIDE EXAPMLES HOW YOU ARE CORRECTING THE SHORTCOMINGS OF THE THEORIES IN YOUR TEACHING

a) Construcitvism theory by Fry et al (2003)

b)Transformation theory by jack mezirow (1978)

c)Situated learning theory by jean lave and Etienne wenger (1991)

d)Experiential learning by david kolb (1976)


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