Figure shows the displacement-time graph of a simple harmonic oscillator. The amplitude, time period and initial phase of the oscillator, are respectively

Question

Figure shows the displacement-time graph of a simple harmonic oscillator. The amplitude, time period and initial phase of the oscillator, are respectively <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/92d884344b18cb6c5540642cb634755f-.png" /> (A) 1 cm , 2 s , π / 2 (B) 2 cm , 4 s , π / 4 (C) 1 cm , 4 s, zero (D) 2 cm , 2 s , zero

Tardigrade Admin · Accepted Answer

Correct answer is (c) 1 cm , 4 s, zero

Q. Figure shows the displacement-time graph of a simple harmonic oscillator. The amplitude, time period and initial phase of the oscillator, are respectively

$1 c m, 2 s, π /2$

$2 c m, 4 s, π /4$

$1 c m, 4 s$ , zero

$2 c m, 2 s$ , zero

Correct answer is (c) $1 c m, 4 s$ , zero

Q. Figure shows the displacement-time graph of a simple harmonic oscillator. The amplitude, time period and initial phase of the oscillator, are respectively

1cm,2s,π/2

2cm,4s,π/4

1cm,4s, zero

2cm,2s, zero

Correct answer is (c) 1cm,4s, zero

$1 c m, 2 s, π /2$

$2 c m, 4 s, π /4$

$1 c m, 4 s$ , zero

$2 c m, 2 s$ , zero

Correct answer is (c) $1 c m, 4 s$ , zero