The control center of a cell is the _____.mitochondrion
nucleus
lysosome
cytoplasm

Answers

Answer 1
Answer:

The answer to this question is B, nucleus.

Answer 2
Answer:

Final answer:

The control center of a cell is the nucleus. It oversees all the cell's functions because it contains the cell's DNA. Other cell components, like the mitochondrion, lysosome, or cytoplasm, have different roles.

Explanation:

The control center of a cell is the nucleus. The nucleus oversees all the functions of the cell, essentially acting like its brain. This is because it contains the cell's DNA, the instructions for every task the cell needs to perform. Other components of the cell, like the mitochondrion, lysosome, or cytoplasm, have different functions. For example, the mitochondrion is responsible for energy production, the lysosome for waste disposal, and the cytoplasm acts as a medium for cellular processes.

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Related Questions

You have a batch of tomato plants with hairy stems that you grew by crossing plants that had hairy stems (HH) with plants that had non-hairy stems (hh).Which will be expressed in this batch of tomato plants? A. non-hairy stems (recessive). B. hairy stems (dominant). C. hairy stems (recessive). D. non-hairy stems (dominant).
NAME A COMMON BULB THAT YOU CAN PROBABLY FIND IN YOUR KITCHEN
Identify all of the true statements:A concentration gradient is the difference betweentwo concentrationsActive transport allows cells to transport moleculesagainst a concentration gradientDiffusion results in a net overall movement from a lowconcentration to a high concentrationIn diffusion particles are moving around randomly inall directionsOsmosis requires energy from respiration to be carriedoutPartially permeable membranes allow any moleculesto pass through them​
if mosses and ferns grow in an environment that is dry and where water is limited, wich of the two plants would be the most affected?
The protoplasm and cytoplasm of a plant are interchangeable terms

which best helps scientists determine the age of fossils? a. physical traits b. genetic makeup c. reproductive strategy d. radioactive isotopes

Answers

it would be the genetic make up of an organism

the correct answer is radioactive isotopes

1. What do earth scientists study?A. irrigation
B. insect evolution
C. artificial intelligence
D. forest soil

2.How does radioactive dating contribute to earth science?
A. helps determine how old a tree is
B. helps date the earth more precisely
C. helps determine the composition of rocks

Answers

B they insect evolution because they study all bout plants and any insects

Which of the following nitrogen bases is unique to RNA?uracil
thymine
cytosine

Answers

Answer:

The right option is (A).


Explanation:

The RNA gets its information from DNA to synthesise the proteins. It is different from DNA also due to the difference in one nitrogen basis as uracil. The thymine, the nitrogen basis that is only present in DNA is replaced with uracil to form RNA coding. The uracil also contains the same features as thymine has in DNA strains. Uracil makes a double H-bond with the adenine but does not contain CH4 group which is present in thymine.

The unique nitrogen base in RNA is uracil.
DNA has the nitrogenous bases of adenine (A), thymine (T), cytosine (C) and guanine (G), while the only differing nitrogenous base in RNA is uracil (U), which replaces thymine (T).

Description of a blue shark

Answers

The aerodynamic shape and lightness of the blue shark body allow itto move “elegantly” across the oceans. It exhibits countershading likemany other sharks. The upper part is an indigo blue tone while theventral and the sides are white.

It has a long caudal heterocercal fin. The second dorsal fin measuresalmost half the size of the first and its pectoral fins are unusuallylong compared to other sharks. Its eyes are large, its teeth aretriangular, and it has a conical snout.

It reaches a length ranging from 3.8 to 4 meters and weighs about 240kilograms. This species presents slight sexual dimorphism since thefemale tends to measure little more than 1 meter in comparison with themale.


Due to an unusually high concentration of particles inside of a cell, the membrane starts to expand and finally bursts. which problem is the cell most likely having?

Answers

Out of the following given choices;

A. The cell is unable to get more water into the cell.

 

B. The cell is unable to build more protein molecules.

 

C. The cell is unable to produce water molecules inside the cell.

 

D. The cell is unable to maintain a stable internal environment.

The answer is D. Due to high amounts of proteins in the cell, osmoticallyactive proteins cause the internal environment of the cell to be hypertonic tothe extracellular fluid. This causes excess water to enter the cell by osmosis andresulting in lysis.  






Answer;
The problem that the cell is most likely to be having is that it is unable to maintain stable internal environment

Explanation;;
The difference between the outside environment and the inside environment of a cell is extremely important, and living things need to maintain the cellular barriers for growth, reproduction, and homeostasis, which the ability to maintain stable, constant internal conditions. Such that when the cell gets off balance, the cell can return to normal. 

in a given hybridization between two flowers, red "R" is dominant, and white "r" is recessive. In a cross between two white-flowered plants, all of the offspring had white flowers. If a plant grower wanted to produce red flowers, what should s/he consider during breeding?

Answers

Ans.

The dominant allele can be defined as the allele, which can express itself in both heterozygous and homozygous conditions. On the other hand, recessive allele can only express itself in homozygous condition (when both the alleles for recessive traits are present. It means presence of one dominant allele can hide the expression of recessive allele.

In given experimental flower, red color is dominant over white color of flower. So, 'if a plant grower wants to produce red flowers only, he should choose both the parent plants having red flowers as they have at least one allele for red color that would transfer to their offspring.'

Lets understand this in a calculative way,  

Let the parents genotype be RR and Rr

The offspring’s produced are – RR, Rr, Rr, RR, Thus all the offsprings are white as r is recessive, for producing a red flower the offspring must have “rr” genotype.  

Now if parents have Rr and rr genotype , then the offspring would have Rr, rr, rr, Rr giving two white and two red flower. Of the second case may be where both the parent white flower are the carrier with genotype “Rr”

Thus in order to produce red flower the parents with following genotypes is necessary –  

a) Both parents having Rr

b) One parents with rr and the other parent with Rr genotype