fossils are commonly found in which type of rock? A.paleolithic B. sedimentary C. igneous D. metamorphic

Answers

Answer 1
Answer:

B.sedimentary 

fossils are commonly found in sedimentary rocks

Answer 2
Answer: Fossils are commonly found in B. Sedimentary

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Explain why some organisms can be both a primary and secondary consumer

Answers

Some organisms can be both primary and secondary consumers depending on their position in the food chain. There are some organisms that are omnivores-- an organism that consumes both plants and animals. A perfect example of an omnivores are humans. Humans both consume plants and meat of animals. They can be primary consumers when they directly eat vegetables and fruits. They can also be secondary consumers when they consume the meat of a cow, wherein the cow is the primary consumer who eats plants. 
Because the organisms could be omnivores, meaning that they consume the producers (primary) and also feeds on the organisms in the primary sector (secondary)

Which of the following populations would be least likely to survive a change in its ecosystem? A. brown bears that can eat a variety of different kinds of food B. koalas that eat only eucalyptus leaves C. grasses that can grow in normal or contaminated soil D. bacteria that can grow in both hot and cold environments

Answers

koalas that eat only eucalyptus leaves C. would least likely survive in a change of ecosystem.

What are the Kaolas?

The koala or koala bear refer to arboreal herbivorous marsupial that are majorly found in Australia. It is the only remaining representative of the family Phascolarctidae and its closest living relatives are the wombats.

They survive in most climate.

Therefore, koalas that eat only eucalyptus leaves C. would least likely survive in a change of ecosystem.

Learn more about Koala from the link below.

brainly.com/question/15900498

b. defiantly b. because it can survive in most climates.

Why is soil composition important?

Answers

soil composition is import because helps you to determine the knid of soil to use and a particular moment

Which information did the Glomar Challenger study in 1968?A. the rate of seafloor spreading
B. the direction of seafloor spreading
C. the age of rocks in various places in the ocean
D. the contents of rocks in various places in the ocean

Answers

The correct answer is option C,  the age of rocks in various places in the ocean

Reason -

Glomar Challenger was a deep ocean study conducted by the American National Science Foundation and University of California (Institution of Oceanography) between 1968 to 1983, and during the initial stages of the study i.e in 1968, sample  from drilling cones was taken at different places, and  then the  age of the sediments collected was determined using the paleontologic and isotopic dating studies which further led to the conclusive evidences of sea floor spreading and plate tectonic movement at later stage of study.

i BELEIVE THE ANSWER TO BE :C:

Why is information that has been peer edited more reliable than information that hasnot?
Peer editors often check a writer's work for accuracy.
Peer editors charge money to publish information.
Peer editors make sure that spelling and grammar is correct.
Peer editors are more intelligent than writers.

Answers

Answer:

Peer editors often check a writer's work for accuracy.

Explanation:

A peer-reviewed report or scientific journal means the contents of the scientific journal or report have been scrutinized by other scientists and the results of any experiments/tests have been confirmed and corroborated for accuracy. Peer scientists replicate these experiments to check if they can get the same results indicated. Only then is the document positively reviewed and can be trusted for citations across the scientific community.  Its a method of Quality Assurance in the scientific community.

Charles Darwins observation adventures of different species on the Galapagos islands have many similar physical characteristics supports the hypothesis hypothesis that these finches

Answers

Answer:

share the same ancestors

Explanation:

Charles Darwin noticed at the Galapagos Islands that the finches, despite obviously having unique traits that classified them as separate species, they actually had many things in common as well, much more than differences. His hypothesis was that all of the different finches on these islands actually have the same ancestors in a small group of finches that migrated to the islands. As the birds started to occupy different niches, they started to specialize, which was mostly manifested in their beaks, as the specialization was mostly in accordance to what they ate, thus gradually giving rise to several different species.