Answer:
True
Explanation:
Run-time parameters passed to a function allow you to use different values each time the function is called. Let us consider an example:
int add(int a,int b){
return a+b;
}
Now we can execute the same function with different parameters at runtime:
add(3,4) returns 7.
add(1,2) return 3.
add (10,1) return 11.
During each invocation , the formal function parameters are substituted by actual runtime values and the function code is executed.
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Answer:
Jorge would need over 13
number of 9 volts battery to create 120 volts.
Explanation:
A series connecting is one in which two or more batteries are connected terminal-to-terminal, so that the same current flow through each battery. Each battery has an internal resistance, r, which is the opposition to the flow of current by the battery itself.
The total emf, E, of a given number of cells connected in series is given by;
E = 
+ 
+ 
+ 
+ .........
And each of the cell has an internal resistance, r. So that the total internal resistance of the cells in series is;
r = 
+ 
+ 
+ 
+ .......
Thus, Jorge's mistake was that 13 number of 9 volts batteries would not give 120 volts because each battery has its internal resistance. Therefore the appropriate answer is that he would need over 13 number of 9 volts battery to create 120 volts.
Here you go,
flowrate.m
cbps = input('Enter the flow in m^3/sec: ');
cfps = cbps ./ 0.028;
fprintf('A flow rate of %.3f meters per sec\n', cbps);
fprintf('is equivalent to %.3f feet per sec\n', cfps);
