What is phase and phase difference? Is anyone there to explain me by graph clearly.
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hwy bro!!!
sry but i don't know the answer.........
sry but i don't know the answer.........
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Hey Mate,
Here Is Your Answer
__________
If you remember transformation of functions, ω would stretch the sine function in the x-axis, and ϕ would transform (or move) the sine function along the x-axis.
With that in mind, the phase is how far along the sine function is in one period. In phase is when two sine functions have the same phase and period and so have the same peaks and troughs, even though they may be several periods off. That is, ϕ1=2kπϕ2 for k=0,1,2,3... and ω1=ω2.
Similarly, out of phase is when the function is not in phase.
As for the last part of your question, there isn't any reason why you can't enter the value of ωt+ϕ into sin(x). If our, say spring's motion, has a period of 1 second, then from maths:
T=2πω
And so ω=2π. This yields a sine wave with a period of 1.
__________
Hope It Helps You.
Here Is Your Answer
__________
If you remember transformation of functions, ω would stretch the sine function in the x-axis, and ϕ would transform (or move) the sine function along the x-axis.
With that in mind, the phase is how far along the sine function is in one period. In phase is when two sine functions have the same phase and period and so have the same peaks and troughs, even though they may be several periods off. That is, ϕ1=2kπϕ2 for k=0,1,2,3... and ω1=ω2.
Similarly, out of phase is when the function is not in phase.
As for the last part of your question, there isn't any reason why you can't enter the value of ωt+ϕ into sin(x). If our, say spring's motion, has a period of 1 second, then from maths:
T=2πω
And so ω=2π. This yields a sine wave with a period of 1.
__________
Hope It Helps You.
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