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1. Will it be possible for a moving person to observe two events happening simultaneously with respect to inertial frame given that another person simultaneously observes the two events in one inertial frame? 2. Does the distance covered by light under a stationary frame similar to the distance it will cover under a moving frame considering a stationary observer? 3. How do time and space influence aging on Earth and on the outer space?

1. Will it be possible for a moving person to observe two events happening simultaneously with respect to inertial frame given that another person simultaneously observes the two events in one inertial frame? 2. Does the distance covered by light under a stationary frame similar to the distance it will cover under a moving frame considering a stationary observer? 3. How do time and space influence aging on Earth and on the outer space?

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LESSON 1: CONSEQUENCES OF SPECIAL RELATIVITY POSTULATES A Glimpse of Time & Space mroughout the ages, man has been fascinated to understand, explain, explore, and investigate the world and its natural phenomena using scientific processes. This nature o! man striving towards grasps of knowledge and glimpse of enlightenment led to modem day understanding of the natural world through theories and principles governing our very existence. The vastness of information and immensity of knowledge we unfold throughout our lifetime seems boundless and infinite as to how dedicated and passionate we are in achieving enlightenment. One notable individual who stood out among the rest in terms oT investigating natural world was Albert Einstein. The idea that we are moving everyday governed by the principle of time and the rate of our movement through space varies from turtle pace to supersonic rocket ship velocity may be insignificant and somehow negligible as to importance. However, these often- neglected principles inspired Albert Einstein who was fascinated in explaining and exploring things around him, which paved way to the discovery of one of the most influential theory and principle governing modern day understanding of Physical Science - Einstein's Theory of Special Relativity. ACTIVITY 1: Gearing up for My Relativity Journey 1. Will it be possible for a moving person to observe two events happening simultaneously with respect to inertial frame given that another person simultaneously observes the two events in one inertial frame? 2. Does the distance covered by light under a stationary frame similar to the distance it will cover under a moving frame considering a stationary observer? 3. How do time and space influence aging on Earth and on the outer space?
Transcribed Image Text:LESSON 1: CONSEQUENCES OF SPECIAL RELATIVITY POSTULATES A Glimpse of Time & Space mroughout the ages, man has been fascinated to understand, explain, explore, and investigate the world and its natural phenomena using scientific processes. This nature o! man striving towards grasps of knowledge and glimpse of enlightenment led to modem day understanding of the natural world through theories and principles governing our very existence. The vastness of information and immensity of knowledge we unfold throughout our lifetime seems boundless and infinite as to how dedicated and passionate we are in achieving enlightenment. One notable individual who stood out among the rest in terms oT investigating natural world was Albert Einstein. The idea that we are moving everyday governed by the principle of time and the rate of our movement through space varies from turtle pace to supersonic rocket ship velocity may be insignificant and somehow negligible as to importance. However, these often- neglected principles inspired Albert Einstein who was fascinated in explaining and exploring things around him, which paved way to the discovery of one of the most influential theory and principle governing modern day understanding of Physical Science - Einstein's Theory of Special Relativity. ACTIVITY 1: Gearing up for My Relativity Journey 1. Will it be possible for a moving person to observe two events happening simultaneously with respect to inertial frame given that another person simultaneously observes the two events in one inertial frame? 2. Does the distance covered by light under a stationary frame similar to the distance it will cover under a moving frame considering a stationary observer? 3. How do time and space influence aging on Earth and on the outer space?
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