Name three types of electromagnetic radiation that can travel through empty space

Answers

Answer 1

Answer:
ALL electromagnetic radiation can travel through empty space.
A few examples are:

-- radio
-- heat
-- visible light
-- ultraviolet
-- X-rays

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URGENT HELP!Rank the states of matter from weakest to strongest intermolecular forcesQuestion 1 options:gas, solid, liquidgas, liquid, solidsolid, liquid, gassolid, gas, liquidThe state of matter with an indefinite shape and definite volume is _____.Question 3 options:Solidliquidgasplasmaplasma Deposition and condensation is an example of an endothermic reactionQuestion 7 options:TrueFalseWhich one of the following statements best describes the particles in a gas?Question 8 options:They are very close together and are able to vibrate.They are stationary and not able to vibrateThey are moving very slow and are far apart.They are moving very fast and are far apart.

What two motions do all planets have?

Answers

Answer:

The two planetary movements are revolution and rotation.

Explanation:

In the vast solar system, planets traverse while also remaining fixated within the system because of gravity. Each planet is unique and so is its movement, but, at the same time, there are two common types of movements.

Answer: revolution and rotation plz mark as brainliest

Explanation:

A circuit has a known resistance of 5 Ohms. An ammeter in the circuit gives a reading of 5 Amps. What is the Voltage of the circuit?

Answers

E = I R

Voltage = (current)×(resistance).

V = 5A x 5 ohms = 25 volts.

By what factor would you need to adjust the length of a pendulum to make the period of 1/2 of what it used to be?

Answers

Answer:

1/4

Explanation:

The period of a simple pendulum is:

T = 2π √(L/g)

At half the period:

T/2

= π √(L/g)

= 2π √(L/(4g))

= 2π √((L/4)/g)

So the length would have to be shortened by a factor of 1/4.

Which of the following best describes pseudoscience?O
A. Explanations that do not have experimental support
O
B. Conclusions that are supported by empirical evidence
O
c. Conclusions based on scientific consensus
O
D. Scientific claims supported by a collection of experiments

Answers

Pseudoscience is Explanations that do not have experimental support. therefore the correct answer is option A.

What is the scientific claim?

Scientific claims are statements made in science based on an experiment.

These Scientific claims are backed by the experimental data and their true results obtained from scientific investigation and experimentation.

Pseudoscience refers to false scientific assertions that defy accepted scientific theory. Ideas, processes, or activities that make such assertions are also referred to as pseudoscience.

Pseudoscience is often distinguished by contradictory, exaggerated, or unfalsifiable claims, reliance on confirmation bias rather than rigorous attempts at refutation, lack of openness to evaluation by other experts, absence of systematic practices when developing hypotheses, and persistence long after the pseudoscientific hypotheses have been experimentally disproven.

Although it frequently makes claims to be science, pseudoscience differs from science in that it does not follow accepted scientific practices like the scientific method, or the falsifiability of claims.

Thus, Pseudoscience is Explanations that do not have experimental support. therefore the correct answer is option A.

Learn more about the scientific claims, here

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Answer:

Explanation:

What is the difference between living, nonliving, and dead