Algorithm Workbench Assume that the same program has a main module with the following variable

declarations:

Declare Integer age

Declare Real income

Declare String name

Write a statement that calls the display module and passes these variables to it$.$

Design a module named getNumber, which uses a reference parameter variable to

accept an Integer argument. The module should prompt the user to enter a

number and then store the input in the reference parameter variable.

What will the following pseudocode program display?

Module main$()$

Declare Integer $x=1$

Declare Real $y=3\mathrm{.}4$

Display x$,"",$ y

Call changeUs $(x,y$

Display x$,"",$ y

End Module

Module changeUs$($Integer a$,$ Real b$)$

Set $a=0$

Set $b=0$

Display $a,"",$ b

End Module What will the following pseudocode program display?

Module main$()$

Declare Integer $x=1$

Declare Real $y=3\mathrm{.}4$

Display x$,"",$ y

Call changeUs$($x$,$ y$)$

Display x$,"",$ y

End Module

Module changeUs$($Integer Ref a$,$ Real Ref b$)$

Set $a=0$

Set $b=0\mathrm{.}0$

Display a$,"",$ b

End Module

Design a module named timesten. The module should accept an Integer

argument. When the module is called, it should display the product of its

argument multiplied times $10.$

Examine the following pseudocode module header, and then write a statement

that calls the module, passing $12$ as an argument.

Module showValue$($Integer quantity$)$

Look at the following pseudocode module header:

Module myModule$($Integer a $,$ Integer b $,$ Integer c $)$

Now look at the following call to myModule:

Call myModule$(3,2,1)$

When this call executes, what value will be stored in a $?$ What value will be stored

in b$?$ What value will be stored in c$?$

Assume that a pseudocode program contains the following module:

Module display$($Integer arg$1,$ Real arg$2,$ String arg$3)$

Display "Here are the values:"

Display arg$1,"",$ arg$2,"",$ arg$3$

End Module