# data[].attributes.body
1- continues time signal
2- true
3- get positive value
4- periodic signal
5- Deterministic signal
6- Scaling, Shifting, Inversion
7- A
8- odd signal ( symmetric signal )

# data[].attributes.body
1) continuous-time signal
2) True
3) to get positive value, so signal will not be cancelled out
4) periodic signal
5) Deterministic signal
6) Amplitude inversion, scaling and shifting
7) A (the inside bracket)
8) Odd(Anti-symmetric) signal
9) it results in specific values after calculation that easy for plotting

# data[].attributes.body
1) Continuous - time signals.
2) True.
3)Because energy has a positive value and cancels out when it is negative.
4) periodic signal.
5) Deterministic signal.
6)  Amplitude scaling, shifting, and inversion.
7) A.
8) Odd(anti-symmetric) signal.
9) Method 3 is the safest and less mistake.

# data[].attributes.body
1. Continuos time Signal
2. True
3. to get positive value
4. Periodic signal
5. Deterministic Signal
6. Scaling, Shifting, Inversion
7.A
8. Odd Anti Symetric signal
9. More safe and Prevent mistakes

# data[].attributes.body
1. continuous-time signal
2. true
3. if we did not square the signal, it will cancel out each other ( the positive n negative value)
4. periodic signal
5. deterministic signal
6. amplitude inversion, amplitude scaling, amplitude shifting
7. A
8. anti-symmetry signal
9. method 3 the safest

# data[].attributes.body
1. Continuous-time signal
2. true
3. Energy is always positive value
4. Periodic signal
5. Deterministic signal
6. Amplitude inversion, amplitude scaling, amplitude shifting
7. A
8. Anti symmetry odd signal
9. Method 3 is the safest one in getting correct ans

# data[].attributes.body
1- continues time signal
2- true
3- to have + values and energy can't be deleted
4- periodic signal
5- detierministic signal
6- amplitude scaling and shifting and reversal
7- A
8- odd signal ( symmetric signal )
9- more clear and less incorrect steps

# data[].attributes.body
HUSSAIN YOUSSEF HASHIM KARIRA

# data[].attributes.body
1. continuous time signal
2. true
3. so the energy will not be cancelled out due to negative region
4. periodic signal
5. deterministic signal
6. amplitude scaling, amplitude reversal, amplitude scaling
7. A
8. odd (anti-symmetric) signal
9.  method 3 is not confusing
10.

# data[].attributes.body
Sathiamoorthi Sathiaseelan
1. Continuous Time Signal
2. True
3. To make all negative values positive
4. Periodic Signal
5. Deterministic Signal
6. Amplitude Operation (scale, shift, inversion)
7. A
8. Anti Symmetric Odd Signal
9. Its the less mistakes made method and the safest
10.

# data[].attributes.body
1) continuous time signal
2)true
3) to get positive value for energy
4) periodic signal
5)Deterministic signal
6)inverse amplitude, scale amplitude and shift amplitude
7)A
8)odd signal antisymmetric
9)method 3 is the safest from all
10)

# data[].attributes.body
1. Continuous-time signals
2. True
3. To get positive value
4. Periodic signal
5. Deterministic signal
6. amplitude inversion, amplitude scaling, amplitude shifting
7. A
8. Odd(Anti-symmetric) Signal
9. safe and avoid mistakes

# data[].attributes.body
1) Continuous-time signal.
2) True.
3) To find the area under the graph, get the positive value & prevent the value to get canceled out.
4) Periodic signal.
5)  Deterministic signal.
6) Amplitude operation - Inversion, scaling, and shifting.
7) A
8) Odd (Anti-symmetric) Signal
9) Easy to understand, avoid mistakes.

# data[].attributes.body
1) Continuous Signal
2) True
3) To calculate the total area under the graph, by avoiding the cancelling negative energy values.
4) Periodic
5) Deterministic Signal
6) Inversion, Scaling and Shifting
7) Time operation must be solved first (A)
8) Odd Signal (Anti-symmetrical)
9) Less chances of making an error

# data[].attributes.body
1.  Continuous- time signals
2. True
3. So the value will be positive
4. Periodic Signal
5. Deterministic Signal
6. - Amplitude Inversion
- Amplitude Scaling
- Amplitude Shifting
7. A
8. Odd/Anti-symmetric Signal
9.  To minimize the mistake
10.

# data[].attributes.body
1)Continuous-time signal
2)True
3)so all can be positive
4)Periodic signal
5)Deterministic signal
6)amplitude inversion, amplitude scaling, amplitude shifting
7)A
8)Odd Anti-symmetric signal
9)to reduce the mistake

# data[].attributes.body
1. Continuous-time signal
2. True
3. Because if negative is included, the positive and negative value will cancel out each other
4. Periodic signals
5. Deterministic signals
6. Amplitude inversion, amplitude scaling, amplitude shifting
7. A
8. Odd (Anti-symmetric) signals
9. Method 3 doesn't need to identify the the operation first, so less chance to make mistake.

# data[].attributes.body
1 - Continuous Signal
2- True
3- so it doesn't cancel out the positive and negative
4- Periodic Signals
5- Deterministic Signal
6- scaling, inversion and shifting
7- A
8- Odd(Anti-symmetric) Signal
9- Method 3 is the safest and the most detailed

# data[].attributes.body
Q1) Continuous-time signal
Q2) True
Q3)  If not squared then positive and negative signs of signal energy cancel each other out so need to be squared
Q4) Periodic signals
Q5) Deterministic signal
Q6) Amplitude Inversion, amplitude scaling and amplitude shifting
Q7) A first
Q8) Odd (Anti-Symmetrical) signal
Q9) Method 3 is safest and less errors

# data[].attributes.body
1. Continuous-time signal

2. True

3. As there would be some portions of the graph with negative value, it should be squared so they would not cancel out each other and to make sure the gained result is positive

4. Periodic signal

5. Deterministic signal

6. Inversion, scaling, and shifting

7. A

8. Odd (Anti-symmetric) signal

9. Because we don't have to identify what time operation the problem is at the beginning and we would be less prone to mistakes while solving

# data[].attributes.body
1. continuous time signals
2. True
3. all value must be positive because energy always have a positive value
4. Periodic Signals
5. Deterministic signals
6. Inversion,Scaling, Shifting
7. A
8. ODD ( anti - symmetric) signal
9. Less mistake, More safe
10.

# data[].attributes.body
1. Continuous Time signal
2. True
3. to ensure negative values don't cancel out positive values
4. Periodic Signals
5. Deterministic Signals
6. Amplitude Operations;
i. Shifting
ii. Scaling
iii. Inversing
7. A solved first (Time Operation)
8. Odd Signals (Anti-Symmetric)
9. Less errors to be made using Method 3

# data[].attributes.body
1) Continuous Signal
2) True
3) Cause value of energy must positive
4) Periodic Signals
5) Deterministic Signals
6) Inversion, Shifting, Scaling
7)  A
8) Odd (anti-symmetric) signals
9) reduce the occurrence mistake

# data[].attributes.body
1. continuous-time signal
2. True
3. to ensure the positive and negative energy values not cancel out each other
4. Periodic signals
5. Deterministic signal
6. amplitude inversion, amplitude scaling, amplitude shifting
7. A
8. Odd (Anti-symmetric) signal
9. avoid careless mistake

# data[].attributes.body
1. Continuous-time signal
2. True
3. To make sure that the +ve and -ve values don't cancel out each other.
4. Periodic signal
5. Deterministic signal
6. Amplitude shifting, amplitude scaling, and amplitude inversion.
7. A
8. Odd (Anti-symmetric) signal
9. To prevent mistakes.

# data[].attributes.body
1. Continues Signals
2. True
3. because we have to get (+) value of energy ( avoid the signal to cancel out)
4. Periodic / repeated signal
5. Deterministic Signal
6. Amplitude Shifting, Amplitude Scalling, Amplitude inversion
7.  A
8. Odd ( Anti-symmetric ) signal
9. to avoid much mistake while solving the problem
10. 🤩

# data[].attributes.body
1. Continuous-time signal
2. True
3. To obtain the answer in a positive value, cuz -ve portion may cancel out the positive part
4. Periodic signal
5. Deterministic signal
6. Amplitude inversion, amplitude scaling n amplitude shifting
7. A
8. Odd/anti-symmetric signal
9. to avoid carelessness in calculation n plotting cuz method 3 more details and step by step

# data[].attributes.body
1.  Continuous-time signal
2. True
3. Prevent the positive and negative value cancel each other
4. Periodic Signal
5. Deterministic Signal
6.  Amplitude inversion, scaling and shifting
7. A
8. Odd(Anti-symmetric) Signal
9. Some mistakes can be prevented

# data[].attributes.body
Q1) Continuous time signals
Q2) True
Q3) cuz energy can't be in negative
Q4) Periodic Signals
Q5) Deterministic Signlas
Q6) Amplitude inversion, Amplitude scaling and Amplitude shifting
Q7) A
Q8) Odd(Anti-symmetric) Signal
Q9) less mistakes