Which statement below BEST summarizes the role of the DNA molecule in cells?A) guides cell division
B) protects cells from infection
C) provides the instructions for making proteins
D) regulates the chemical processes that provide the cell with energy

Answers

Answer 1
Answer: Which statement below BEST summarizes the role of the DNA molecule in cells. The answer is C.

Related Questions

Nuts and grains are fruits. a. Trueb. False
Why is biomass a better alternative to coal?A. Biomass does not release carbon dioxide. B. Biomass is not radioactive. C. Biomass does not need to be burned. D. Biomass can be regrown quickly.
Diffusion of oxygen and carbon dioxide across cell membranes occurs most during _______. Select one: a. ventilation b. internal respiration c. movement of air from the nose to the nasal cavity d. both a and b
Earth receives thermal energy from the sun via radiation. Which of the following is a result of this energy transfer?A. There is matter to produce carbon compounds on Earth.B. Earth is a closed system in terms of energy.C. There is energy to support life on earth.D. Energy is created but not destroyed in the earth system
which type of rock is formed when layers of rock particles,carried by wind and water, are compressed and cemented together?

Which type of RNA brings the information in the genetic code from the nucleus to other parts of the cell? A. rRNA. B. tRNA. C. mRNA. D. RNA polymerase.

Answers

C. mRNA
hope it helps
(c) m RNA  does that.

Which of the following would be considered a source of error in an experiment?A. Laboratory mice are similar but not identical to each other.
B. A student makes a mistake when measuring volume.
C. The hypothesis was unrelated to the research question.
D. Temperature readings are made late in the day, when everyone is tired and eager to go home.

Answers

D. Temperature readings are made late in the day, when everyone is tired and eager to go home.

Errors are what makes your measurement invalid and unreliable. There are two types of error which is called the systematic error and the random error. Each error has different sources. Words that were mentioned –invalid and unreliable are very important key aspects to determine that your measure is truly accurate and consistent. Some would recommend using the mean method, doing three trials in measuring and getting their mean, in response to this problem.

Cubes have sides of equal lengths. What is the fastest way to measure the volume of a cube-shaped table?

Answers

Answer: I think the answer is B. measure one side with a ruler, and multiply that number by itself three times.

Explanation:

Answer;

-Measure one side with a ruler, and  then cube it, or in other words multiply that number by itself and then by itself again.

Explanation;

-Volume is the quantity of three-dimensional space enclosed by a closed surface, for example, the space that a substance or shape occupies or contains.

- Volume is measured in cubic units, such as the cubic meters, cubic centimeters. The SI units of volume is cubic meters.

A cube has all edges (sides) of the same length.  The volume of a cube is found by multiplying the length of any edge by itself twice.


In a phylogenetic tree, a lineage that diverges from all other members of its group early in the evolutionary history of the group is described as In a phylogenetic tree, a lineage that diverges from all other members of its group early in the evolutionary history of the group is described as the oldest evolutionary lineage the root of the tree. the most recent common ancestor. a basal taxon.

Answers

Answer:

the evolutionary history of a species or groups of species

form by utilizing systematics

Explanation:

Celia is staring at the clock waiting for school to end so that she can go to track practice. She notices that the 4-inch-long minute hand is rotating around the clock and marking off time like degrees on a unit circle.Part 1: How many radians does the minute hand move from 1:25 to 1:50? (Hint: Find the number of degrees per minute first.)

Answers

Answer:

The minute hand moves (5\pi)/(6) radians.

Step by step explanation:

We know that measure of complete circle is 360 degrees.

In a clock a complete circle means 60 minutes.

60\text{ min }=360^(\circ)

1\text{ min }=(360)/(60)=6^(\circ)

The minute hand move from 1:25 to 1:50, it means the minute have cover 25 minutes.

25\text{ min }=(6* 25)^(\circ)

25\text{ min }=150^(\circ)

Therefore minute hand moves 150 degree.

Multiply (\pi)/(180) to convert degree into radian.

150* (\pi)/(180)=(5\pi)/(6)

Therefore the minute hand moves (5\pi)/(6) radians.

How many radians does the minute hand move from 1:25 to 1:50? 

Calculations are done as follows:

360 ° /60 minutes = 6° per minute
1:25 to 1:50 = 25 minutes

 25 minutes x 6
° per minute = 150°
150
° (π/180) = 5π/6

What idea is Malthus known for?

Answers

ogy of Human Populations: Thomas MalthusThomas Malthus (1766-1834) has a hallowed place in the history of biology, despite the fact that he and his contemporaries thought of him not as a biologist but as a political economist. Malthus grew up during a time of revolutions and new philosophies about human nature. He chose a conservative path, taking holy orders in 1797, and began to write essays attacking the notion that humans and society could be improved without limits.Population growth vs. the food supply
Malthus’ most famous work, which he published in 1798, was An Essay on the Principle of Population as it affects the Future Improvement of Society. In it, Malthus raised doubts about whether a nation could ever reach a point where laws would no longer be required, and in which everyone lived prosperously and harmoniously. There was, he argued, a built-in agony to human existence, in that the growth of a population will always outrun its ability to feed itself. If every couple raised four children, the population could easily double in twenty-five years, and from then on, it would keep doubling. It would rise not arithmetically—by factors of three, four, five, and so on—but geometrically—by factors of four, eight, and sixteen.
Between 1800 and 2000 the human population increased about six-fold. Has the food supply kept pace? Will there be enough food to support the projected population of 9.2 billion in 2050?
If a country’s population did explode this way, Malthus warned that there was no hope that the world’s food supply could keep up. Clearing new land for farming or improving the yields of crops might produce a bigger harvest, but it could only increase arithmetically, not geometrically. Unchecked population growth inevitably brought famine and misery. The only reason that humanity wasn’t already in perpetual famine was because its growth was continually checked by forces such as plagues, infanticide, and simply putting off marriage until middle age. Malthus argued that population growth doomed any efforts to improve the lot of the poor. Extra money would allow the poor to have more children, only hastening the nation’s appointment with famine.A new view of humans
Malthus made his groundbreaking economic arguments by treating human beings in a groundbreaking way. Rather than focusing on the individual, he looked at humans as groups of individuals, all of whom were subject to the same basic laws of behavior. He used the same principles that an ecologist would use studying a population of animals or plants. And indeed, Malthus pointed out that the same forces of fertility and starvation that shaped the human race were also at work on animals and plants. If flies went unchecked in their maggot-making, the world would soon be knee-deep in them. Most flies (and most members of any species you choose) must die without having any offspring. And thus when Darwinadapted Malthus’ ideas to his theory of evolution, it was clear to him that humans must evolve like any other animal.