What can be concluded from the data about the reliability and validity of the thermometers?

Answers

Answer 1
Answer:

Range of error/precision vs. accuracy plots.

Answer 2
Answer:

Final answer:

The reliability and validity of thermometers are determined by their ability to consistently and accurately measure temperature. Different types of thermometers have varying degrees of reliability and validity. Factors such as the type of the thermometer, its temperature-dependent properties, and the scale of measurement used are crucial in determining reliability and validity.

Explanation:

The reliability and validity of the thermometers can be determined by evaluating their ability to consistently and accurately measure temperature. Reliability of a thermometer refers to its ability to produce consistent results. Different types of thermometers, such as alcohol, liquid crystal, and infrared radiation (pyrometer) thermometers, have varying degrees of reliability.

Validity, on the other hand, refers to the accuracy of the thermometer, in other words, how closely the measurements represent the true temperature. This can be affected by various factors including the type of thermometer, its temperature-dependent properties, and the scale of measurement used.

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Which explains how the moon causes high tides on the earth? A.
The moon's gravity pushes on the earth. The push indents the earth's watery envelope and creates tidal bulges. Where the water is pushed in is high tide.

B.
The moon exerts a gravitational pull on the earth. The pull stretches the earth's watery envelope and creates tidal bulges. Where the water is thinnest is high tide.

C.
The moon exerts a gravitational pull on the earth. The pull stretches the earth's watery envelope and creates tidal bulges. Where the water bulges out is high tide.

D.
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Answers

The correct answer is A. The moon's gravity pushes on the earth. The push indents the earth's watery envelope and creates tidal bulges. Where the water is pushed in is high tide. There are two types of tides on Earth - high tide and low tide. Both of these types of tides are affected by the Earth's natural satellite, the Moon. Due to its gravity, everything on Earth is pushed, however, waters on Earth are under the strongest impact by this.

Why is cycling important

Answers

Answer: cycling is important because it saves our ecosystem and without out it we don't have water bottles anything plastics,etc.

Explanation:

How much can an athlete sweat a day

Answers

Hmm I think to awnser this were going to need more details like how many athletes? How long is he sweating? etc.

Answer:

Sweat rates commonly range between one to four pounds (one half to two quarts) per hour, depending on your sport and environmental conditions.

Explanation:

if research is restricted.then the new discoveries made are limited. which action is most likely to increase the number of discoveries scientist can make?

Answers

Answer:

removal of certain laws

Explanation:

depending on the country certain actions are illegal. Like gene editing can solve many genetic problems but laws make it illegal to test on human subjects

Which of the following are some examples of rapid environmental changes? A) Succession B) Fires C) Weather D) Landslide​

Answers

Weather is an example of rapid environmental changes.

Explanation:

Environment refers to our natural world surroundings. Rapid means fast or quick. Weather around us keeps changing as the earth rotates and revolves around the sun. It changes depending on the month of the year or may change from day to night. You can also note the room temperature at different times in a day, it keeps changing mostly minorly but it does change. There are sunny, foggy, rainy, cold etc days and hence we can say that weather is example of rapid environmental changes.

Answer:

d

Explanation:

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Answers

DNA is involved only in transcription, and RNA is involved in both transcription and translation. DNA is a double helix, and RNA is a single strand  DNA does not have uracil as a nitrogen base, but RNA does have uracil as a nitrogen base.

Answer:

Answer is 1,3,5

Explanation:

Got it right on edge