{" $25$ : 625 slime molecules per minute"," $75$ : 1500 slime molecules per minute","14. Calculate the slope of the reaction rate from 10 to $50$ slimase.","15. Use the slope from the previous question to calculate the reaction rate at a slimase concentration of $42.3$ . Insert a picture of your work."}

Topic:

Transformations in Organisms and Ecosystems

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Question 8

7. What is the optimum temperature

(^{\circ} C)

and

pH

for the enzyme used in the graph to the right?

temperature $(^{\circ} C) : 30$
pH: 6
8. Research the conditions inside the human colon. Based on the information and your research, could this enzyme be found in the human colon?
Why or why not? (Include link to source)

Topic:

Transformations in Organisms and Ecosystems

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Question 9

7. What is the optimum temperature

(^{\circ} C)

and

pH

for the enzyme used in the graph to the right?

temperature $(^{\circ} C) : 30$
pH: 6
8. Research the conditions inside the human colon. Based on the information and your research, could this enzyme be found in the human colon?
Why or why not? (Include link to source)

Topic:

Transformations in Organisms and Ecosystems

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Question 10

ENG 061-401 Noun Phrases and Adjective Quiz Name: Dalia A. Parts of a Noun Phrase. 1. Put the following parts of a Noun Phrase on the lines below in the CORRECT ORDER: Adjective Clause Noun Prepositional Phrase Adjective Appositive Determiner Number Before the Main Noun: Main Noun After the Main Noun: B. Find Main Noun (underline it!) in the highlighted noun phrases below. 2. The six official languages of the United Nations (U.N.) Arabic, Chinese, English, French, Russian and Spanish.

Topic:

Transformations in Organisms and Ecosystems

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Question 11

Chargaff discovered a rule that he shared with Watson and Crick, which helped Watson and Crick discover the shape of DNA. What did Chargaff discover?

He found that DNA was the material being transferred between bacterial cells.
He found that heat could be used to kill bacterial cells.
He found that mixing a dead harmful bacteria with a living harmless one can cause transformation.
He found that $A - T$ and $C - G$ were paired with each other.

Topic:

Transformations in Organisms and Ecosystems

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Question 12

All organic molecules contain and are necessary for III!! 1. Carbohydrates Word Bank: monosaccharides, built, glucose, broken down

Carbohydrates are to store energy in plants and are to be used as cellular energy to accomplish the characteristics of life.
are the building blocks of carbohydrates, example

Topic:

Transformations in Organisms and Ecosystems

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Question 13

Lipids Word Bank: fat, cuticle, oil, store, wax, insulate

lipids are organic compounds that include include and
lipids are used to energy in animals
leaves have a protective lipid layer called the that prevents water loss.
lipids like those in whale blubber and human fat help organisms, protecting them and keeping them warm

Topic:

Transformations in Organisms and Ecosystems

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Question 14

Proteins: Word Bank: unchanged, amino acids, active sites, peptide, enzymes, speed up, substrate

Proteins are made up of joined together by bonds.
are a special group of proteins that reactions.
Enzymes have with specific shapes that allow them to interact with only one type of
Enzymes are during reactions.
Circle the substrates. Box in the enzyme AFTER the reaction. Draw a Triangle around the products.

Topic:

Transformations in Organisms and Ecosystems

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Question 15

SKILL 0.5mm 5 Calculating Linear Magnification Key e Maps how much larger appears compattachus it can be grifonis satulated by taking a re of the age height to the otors actual h the roof image height to vien Microscopes produce an arged page age of an object ang toto seservent in greater det & e than one reduced. To cautate medication, all messen you be asked to number of the grant appears compared possible with the sakey Matthew of the object and the case you wit be otect and the magnification Mong of the bed bug Werug the body MOMENT Men hength of the scale You kg The magic of the ng egaon 1 pess N The same degree Carculane fabul & verte en af bed bug the ta aandage are manded the Calculating Linear Magnification: A Worked Example Busn frá Dag aans beds The actual size of me bed bug is 4 mm (40 mm/10 x magnication mung 50m a s Microscopy Equations 1. Magnifications of the actual size of the 2. Actual object size Apbaly se of the image PEME The me measured length of the onion cell in the centre of the ph 52.000 um (52 mm). The image has been magnified 140 x Calculate the actual size of the cel a 2 The image of the tea (left) has been captured using light microscopy (A) Calculate the magnification using the scale line on the image (b) The body length of the flea is indicated by a line. Measure along the line and calculate the actual length of the fea 3. The image size of the E coll cell (eft) is 43 mm, and i is actual size is 2 pm Using this information, calculate the magnification of the image ©2012-2014 BIOZONE Set ratione ISBN: 978-1-427173-ase Photocopying Prod 9 The continue reactions in a emergent prz 1. Using e 2. Explain 2012-2014 (58N: 9780 Photocopy

Topic:

Transformations in Organisms and Ecosystems

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Question 16

Practice: DNA Structure and Replication

Label each part of the model to the right. Include specific nitrogen base pairs in your labeling.
What molecule is it?
What is its purpose?
Where can it be found in a prokaryotic cell?
Where can it be found in a eukaryotic cell?
It gets copied during a process called replication. When does this happen?

Topic:

Transformations in Organisms and Ecosystems

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Question 17

reading 2 Due: Mon Jan 23, 2023 11:59pm Attempt 1 IN PROGRESS Next Up: Submit Assignment Please read the text below and respond to the questions that follow. Expansion of Species Natural environmental changes such droughts can lead to the expansion of a species' range. For example, long-lasting drought can change an ecosystem to make it more suitable for plants adapted to dry conditions. These plants could expand into the ecosystem and outcompete plants that are less well-adapted to dry conditions. Expansion The barred owl historically lived in the eastern United States and the Great Plains was a barrier to the westward expansion of many species including the barred owl. Over time, the climate got warmer and the settlers planted more trees, so the ecosystem of these plains has changed. These environmental changes are causes for the barred owl range expansion to the Western regions of the United States. Questions 1. From the cited examples, what can you infer about the "artificial factors" 2. What was the most significant barrier to the expansion of species from east to west?

Topic:

Transformations in Organisms and Ecosystems

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Question 18

Select the correct answer Which statement describes the impact of the ret offensive?

It intensified public opposition to the United States involvement in the Vietham War.
It prompted President Nixon to announce his policy of vietnamization.
It completed North Vietnam's construction of supply lines to the south.
It resulted in Congress granting the executive branch expanded war powers.

Topic:

Transformations in Organisms and Ecosystems

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Question 19

Why do alleles from linked genes sometimes appear to follow the law of independent assortment?

During meiosis, alleles can switch between homologous chromosomes through crossing over.
During segregation, alleles on the $X$ chromosome can be passed to other chromosomes.
During independent assortment, alleles can select which chromosome they are on.
During mitosis, alleles will move up and down a chromosome to stay together.

Topic:

Transformations in Organisms and Ecosystems

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Question 20

The model represents DNA replication. What does enzyme 2 do?