add the signal voltages by connecting them in series - to +
An operational amplifier can sum an arbitrary number of signals and produce a single output signal.
The total output length of a linear convolution sum between two discrete signals of lengths ( M ) and ( N ) is given by ( M + N - 1 ). This is because convolution involves sliding one signal over the other and summing their products, which effectively extends the output beyond the lengths of the original signals. Thus, if you convolve two sequences, the resulting signal will have a length equal to the sum of their lengths minus one.
Yes. the mean is the average. Since DC is a constant, stable output, the average = the DC magnitude. The average of 1 = 1.
DC generator is used to produce direct current. The basic DC generator have four basic parts 1. A magnetic field 2. A single conductor or loop 3. A commutator 4. Brushes
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A function-oriented program to calculate the sum of the sequence from 1 to n can be implemented in various programming languages. For example, in Python, you could define a function like this: def sum_sequence(n): return sum(range(1, n + 1)) result = sum_sequence(5) # This will output 15 When the input is 5, the output will be 15, as it sums the numbers 1, 2, 3, 4, and 5.
1. start 2. sum=0 3. input n 3. for i=1 to n do 4. input x 5. sum=sum+x end of for (3) 6. avg=sum/n 7. output sum, avg 8. stop
Capacitors don't 'block' a.c. signals; they block d.c. signals. But there are lots of different reasons for using capacitors apart from their ability to block d.c. signals.
To write pseudocode that accepts five numbers and displays their sum and average, you can follow these steps: Initialize a variable sum to 0. Loop five times to accept input for each number, adding each to sum. After the loop, calculate the average by dividing sum by 5. Display both the sum and the average. Here’s a simple representation: BEGIN sum = 0 FOR i FROM 1 TO 5 DO INPUT number sum = sum + number END FOR average = sum / 5 OUTPUT "Sum: ", sum OUTPUT "Average: ", average END
int main() { int i,j,sum,k; for(i=1;i<=5;i++) { k=1; sum =0; for(j=1;j<=i;j++) { sum = sum+(i*k); k=k*10; } cout<< sum; cout<< "\n"; } }
1.Start 2. Input a,b,c 3. Sum = a+b+c 4. Average = sum/3 5. Output - Sum,Average 6. Stop
Pin 1 of the IC7402 is an output pin because it is part of a quad 2-input NOR gate configuration. Each NOR gate within the IC has specific input and output pins, and pin 1 corresponds to the output of the first NOR gate. The output pin provides the logical result of the NOR operation performed on the two input signals connected to the associated input pins.