Precipitation of ribosomes and RNA is "None of the options are correct. So Precipitation of ribosomes and RNA does not produce any of the inclusions listed.

<h3>What is Precipitation of ribosomes?</h3>

Heinz bodies are aggregates of denatured hemoglobin that form in red blood cells due to oxidative stress. They are seen in conditions such as glucose-6-phosphate dehydrogenase deficiency, thalassemia, and some drugs.

Howell-Jolly bodies are remnants of nuclear DNA that are normally removed from red blood cells by the spleen. They are seen in conditions such as asplenia, hyposplenia, megaloblastic anemia, and hemolytic anemia.

Therefore, Auer rods are cytoplasmic inclusions that contain granules of myeloperoxidase and other enzymes. They are seen in malignant white blood cells, especially in acute myeloid leukemia."

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4 0

1 year ago

for making a scatter plot of the data set, which would be the best scale and interval for the axis that represents the amount of

Sphinxa [80]

The best scale and interval to adopt for the amount of Fluoride axis would be 0 to 8 with intervals of 0.2

To make a decision on the scale and interval to adopt when making a graph ;

We need to examine the the range of the values in the distribution.

Data for the amount of Fluoride ranges from 0.4 to 7.1

The number of values in the distribution is 7.

Lower scale value must be below the minimum Fluoride value preferably 0

Maximum scale value must be above the maximum Fluoride value.

Hence an interval of 0 to 8 would suit the axis.

The interval is the value of each unit represented on the graph.

A scale of 4 would be too large to depict all the 7 values with an interval of 8 units

Hence, the most reasonable scale from the option would be 0.2 as it would allow the points to be properly spaced on the graph.

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7 0

1 year ago

In the system of equations above,K is a constant and x and y are variable. For what value of k will the system of equations have

Alik [6]

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3 0

2 years ago

Mai is making personal pizzas. For 4 pizzas, she uses 10 ounces of cheese. Consider using a table to help answer the questions b

Step2247 [10]

Based on the amount of cheese used for the pizzas, the following are true:

a. Mai uses 2.5 ounces of cheese per pizza.
b. Mai will need 37.5 ounces for 15 pizzas.

<h3>Cheese used per Pizza. </h3>

This can be found as:

= Ounces of cheese used / Number of pizzas

= 10 / 4

= 2.5 ounces per pizza.

<h3 /><h3>Cheese needed for 15 pizzas. </h3>

= Number of pizzas x Cheese per pizza

= 15 x 2.5

= 37.5 ounces of cheese.

In conclusion, Mai needs 37.5 ounces of cheese to make 15 pizzas.

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5 0

1 year ago