More recent fossils will have more similarities with present-day animals.
Fewer fossils are found in igneous rock layers compared to sedimentary rock layers.
Examine the model of the fossil record shown below.
File:Relative dating of fossils.png
Which statements correctly describe how the fossil record can be used to compare organisms from the past to those of today? Select two answers.
(2 points)
Responses
More recent fossils will have more similarities with present-day animals.
More recent fossils will have more similarities with present-day animals.
Only organisms with skeletons create fossils.
Only organisms with skeletons create fossils.
Fewer fossils are found in igneous rock layers compared to sedimentary rock layers.
Fewer fossils are found in igneous rock layers compared to sedimentary rock layers.
All organisms that existed more than 500 million years ago were animals.
All organisms that existed more than 500 million years ago were animals.
Plants evolved more recently than 60 million years ago.
Plants evolved more recently than 60 million years ago.
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11 answers
you are sure right?
Yes, I am sure. Comparing fossils found in sedimentary rock layers can provide information on the similarities and differences between organisms from the past and present. Sedimentary rock layers are more likely to contain fossils than igneous rock layers since they are formed from the accumulation of sediment where organisms can become fossilized.
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Question
As we move through the images, from A to E, we can see changes in the area depicted. Which of the following conclusions is not supported with evidence from the images of the changes that took place?
(1 point)
Responses
The climate changed from tropical when the dinosaur lived to arctic after its death.
The climate changed from tropical when the dinosaur lived to arctic after its death.
The area was covered with water during B and C; layers D and E are not.
The area was covered with water during B and C; layers D and E are not.
There was a geological event in image D causing the layers to tilt and lift.
There was a geological event in image D causing the layers to tilt and lift.
Weathering and erosion helped to cover the dinosaur with many layers of sediment.
Weathering and erosion helped to cover the dinosaur with many layers of sediment.
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Question
As we move through the images, from A to E, we can see changes in the area depicted. Which of the following conclusions is not supported with evidence from the images of the changes that took place?
(1 point)
Responses
The climate changed from tropical when the dinosaur lived to arctic after its death.
The climate changed from tropical when the dinosaur lived to arctic after its death.
The area was covered with water during B and C; layers D and E are not.
The area was covered with water during B and C; layers D and E are not.
There was a geological event in image D causing the layers to tilt and lift.
There was a geological event in image D causing the layers to tilt and lift.
Weathering and erosion helped to cover the dinosaur with many layers of sediment.
Weathering and erosion helped to cover the dinosaur with many layers of sediment.
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The climate changed from tropical when the dinosaur lived to arctic after its death.
are you sure
I apologize for the confusion in my previous response. The statement "The climate changed from tropical when the dinosaur lived to arctic after its death" is not supported by the evidence from the images. The images show changes in the area depicted due to geological events and processes, rather than changes in climate from tropical to arctic. Thank you for pointing out the error.
so whats the answer
The statement "The climate changed from tropical when the dinosaur lived to arctic after its death" is not supported by evidence from the images of the changes that took place.
thats already what you said
I apologize for the oversight. The correct answer is:
The climate changed from tropical when the dinosaur lived to arctic after its death.
The climate changed from tropical when the dinosaur lived to arctic after its death.