The energy of an electromagnetic wave is typically emitted in short bursts referred to as photons.
<h3>What is electromagnetic energy?</h3>
Electromagnetic energy can be defined as form of energy that is primarily carried by electromagnetic waves such as:
This ultimately implies that, an electromagnetic energy refers to a form of energy that typically moves as particles at the speed of light, which is about three hundred million meters per seconds (3 × 10⁸ m/s).
In conclusion, we can infer and logically deduce that the energy of an electromagnetic wave is typically emitted in short bursts referred to as photons.
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There are different ways energy is absorbed. The equation that represents energy being absorbed as a bond is broken is H2 + energy → H + H
Energy is known to be taken in or absorbed so as to break bonds. Bond-breaking is referred to as an endothermic process. In this process, Energy is released when new bonds form. Bond-making is also known to be an exothermic process.
Potential energy is simply known to be the type of energy that is linked to an object's potential to do work.
Chemical energy is known to be the type of energy that is said to be released from the breakdown of chemical bonds.
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Which equation represents energy being absorbed as a bond is broken?
answer choices
H + H → H2 + energy
H + H + energy → H2
H2 + energy → H + H
H2 → H + H + energy
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Your answer is C i believe, i think it is this because a =5/x so your answer you always be 5 so ya, maybe your welcome
Uh i think it’s uh i think it’s a carrot.
Using the t-distribution, as we have the standard deviation for the sample, it is found that the 95% confidence interval for the number of units students in their college are enrolled in is (11.7, 12.7).
<h3>What is a t-distribution confidence interval?</h3>
The confidence interval is:
In which:
- is the sample mean.
- s is the standard deviation for the sample.
The critical value, using a t-distribution calculator, for a two-tailed <em>95% confidence interval</em>, with 49 - 1 = <em>48 df</em>, is t = 2.0106.
Hence:
The 95% confidence interval for the number of units students in their college are enrolled in is (11.7, 12.7).
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