Why do stars twinkle?
Here is the analysis of the three statements: Statement 1: "When the Lok Sabha transmits Finance Bill to the Rajya Sabha, it can amend or reject the Bill." This statement is incorrect because, as per the text, a Finance Bill is a Money Bill, and the Rajya Sabha cannot amend or reject it. The Rajya SRead more
Here is the analysis of the three statements:
- Statement 1: “When the Lok Sabha transmits Finance Bill to the Rajya Sabha, it can amend or reject the Bill.”
- This statement is incorrect because, as per the text, a Finance Bill is a Money Bill, and the Rajya Sabha cannot amend or reject it. The Rajya Sabha can only recommend changes, which the Lok Sabha may accept or reject.
- Statement 2: “When the Lok Sabha transmits Money Bill to the Rajya Sabha, it cannot amend or reject the Bill, it can only make recommendations.”
- This statement is correct as per the explanation provided. The Rajya Sabha has limited powers over a Money Bill and can only make recommendations.
- Statement 3: “In the case of disagreement between the Lok Sabha and the Rajya Sabha, there is no joint sitting for Money Bill, but a joint sitting becomes necessary for Finance Bill.”
- This statement is incorrect because a Finance Bill is a Money Bill, and there is no provision for a joint sitting for a Money Bill.
Conclusion:
- Statement 2 is correct.
- Statements 1 and 3 are incorrect.
Thus, the correct answer is Only one.
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Stars twinkle because of the atmosphere of Earth, which causes their light to bend as it travels to our eyes. This phenomenon is called atmospheric refraction. Here's how it works: 1. Layers of the Atmosphere: Earth's atmosphere consists of layers with varying temperatures and densities. These layerRead more
Stars twinkle because of the atmosphere of Earth, which causes their light to bend as it travels to our eyes. This phenomenon is called atmospheric refraction. Here’s how it works:
1. Layers of the Atmosphere:
Earth’s atmosphere consists of layers with varying temperatures and densities. These layers constantly move and create turbulence.
2. Light Bending:
As starlight passes through these turbulent layers, it bends (or refracts) in different directions. This bending causes the star’s position to appear to shift slightly.
3. Brightness Fluctuation:
Sometimes more light enters our eyes, and sometimes less, making the star appear to twinkle or flicker.
Interestingly, planets don’t twinkle as much because they appear as larger disks of light, not single points, so the effects of atmospheric turbulence average out.
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