Answer:
a.AuthoritativeExplanation:
Authoritative parenting is characterized by reasonable demands and high responsiveness because kids raised by authoritative parents are more likely to become independent, self-reliant, socially accepted, academically successful, and well-behaved. They are also less likely to report depression and anxiety, and less likely to engage in antisocial behavior like delinquency and drug use.What is your definition of the word biochemistry?
Answer:
Biochemistry is the branch of science that explores the chemical processes within and related to living organisms. It is a laboratory based science that brings together biology and chemistry. By using chemical knowledge and techniques, biochemists can understand and solve biological problems.
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Samantha built the following circuit, but the light bulbs did not turn on. How could Samantha fix the circuit to make the light bulbs work?
A) Samantha could connect another wire from the side of the battery that does not have a wire connected to the unconnected side of the second light bulb.
B) Samantha could connect another wire from the side of the battery that has a wire connected to the unconnected side of the second light bulb.
C) Samantha could connect the wire from the other side of the battery to the first light bulb. This would make the light bulbs work.
D) Samantha could remove one of the light bulbs. This would make the other light bulb work
Answer:
A
Explanation:
Samantha could connect another wire from the side of the battery that does not have a wire connected to the unconnected side of the second light bulb.
Answer:
The answer is option A
In a circuit if the battery or a power source is there both the terminals of the battery should be connected with the bulb or motor so that they work.In case of two bulbs or motors one wire should connect any one terminal of the battery and two same terminals of another bulbs just as shown in the picture but again the remaining terminal should be conected to the remaining terminal of second bulb so that they work.
Pls mark as brainliest pls
Explanation:
what frog system is the most differnt from the human system
What are nucleic acids used for in the body
how does cystic fibrosis increase the risk of respiratory infections such as bronchitis and pneumonia?
a.by causing mucus to build up in airways.
b.by destroying cells of the immune system.
c.by reducing blood flow to the lungs.
d.by increasing air flow to the lungs.
Answer:
CFTR controls the flow of water and salt in and out of the body's cells. Changes cause mucus to become thickened and sticky. This first affects the small airways in the lungs. Over time, it can affect all airways.
Explanation:
Brainliest please?
what is the difference between bracketed key and indented key?
Answer:
Bracketed and indented keys are two dichotomous/or branching keys with an ordered, numbered couplet, and spatially differentiated respectively.
Explanation:
Dichotomous keys are used in the identification and classification of taxa.
Bracketed keys, or parallel keys, are easy to understand- for efficiency, these keep the first two entries of every couplet or pair being compared. It also makes use of a numbering system in the couplet choices for easy tracking.
Indented keys maintain an equal distance from the margin on the left of the pages. Successive couplets are indented til the taxon is identified.
Bio....................
Answer:
The answer is Contain ribose
Explanation:
DNA contains De-oxy Ribose, while RNA contains Ribose Answer
Calculate the amount of energy you would expect to find at the secondary consumer level if there were 100,000 J of energy at the producer level in an ecosystem.
The amount of energy one would expect to find at the secondary consumer level if there were 100,000 J of energy at the producer level in an ecosystem is 1000J.
How to calculate amount of energy available in food chain?The food chain is a feeding relationship between living organisms in an ecosystem. Each organism occupies a position called trophic level.
The trophic levels involved in a food chain are as follows:
ProducerPrimary consumersSecondary consumersTertiary consumerThe producer begins the energy transfer, however, only 10% of the available energy is passed to the next trophic level because 90% of this energy is used for metabolic activities.
This means that if 100,000 J of energy is available at the producer level in an ecosystem, the following applies:
Primary consumers: 10/100 × 100,000 = 10000J of energy Secondary consumers: 10/100 × 10,000 = 1000J of energyTherefore, the amount of energy one would expect to find at the secondary consumer level if there were 100,000 J of energy at the producer level in an ecosystem is 1000J.
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The bacterial RecA protein (and its counterpart in eukaryotes, Rad51) are involved in, and help direct: ________.
a. chromatin packing and heterochromatin formation
b. Apurinic site repair
c. Post-transcriptional regulation
d. Strand invasion
Answer:
The appropriate alternative is Option b (Apurinic site repair).
Explanation:
Although these antibodies eliminate compromised DNA bases through midriff of N-glycosylic attachments, maintaining perhaps an apurine or perhaps even apyrimidine site today.RecA connects towards DNA damage as well as precipitates recombinant restoration through doulas branch fracture pairing or daughter strand difference restore.Other solutions aren't relevant to the situation in question. So that the answer above is the right one.
What organelle would be considered the trashcan of the cell
Answer:
Lysosome i believe
Explanation:
This is where cellular dibris is sent to be disposed, in the lysosome.
Hope this helps you out.
More information on g00gle btw.
Why are bacterial cells often used as a host for genetic manipulation?
Answer:
Explanation:
because bacteria reproduce and make proteins very quickly , because the plasmids in bacteria also contain nucleotide sequences called restriction sites that can be cut easily by enzyme.
Which of the following correctly organizes these genetic terms in order from smallest to largest?
chromosome, gene, nucleotide, DNA molecule
nucleotide, gene, DNA molecule, chromosome
DNA molecule, nucleotide, gene, chromosome
DNA molecule, nucleotide, chromosome, gene
Answer:
2
Explanation:
nucleotide,gene,dna,chromosome
The correct listing of genetic terms from smallest to largest is nucleotide, gene, DNA molecule, chromosome.
GENETICS:
Genetics is the branch of biology that deals with the study of genes and inheritance. Like every subject, genetics possess some terms that can be hierarchically arranged. The terms are in the order:
Nucleotide: Nucleotide is the monomeric unit of nucleic acids made up of three components namely: nitrogenous bases, phosphate group and pentose sugar. Gene: A gene is a segment of DNA or RNA from an organism's genome that codes for a particular trait. DNA: DNA is one of the two nucleic acids that stores genetic information in living cells. Chromosome: Chromosome is a X-shaped structure made up of DNA and proteins tightly woven together.Hence, the correct listing of genetic terms from smallest to largest is nucleotide, gene, DNA molecule, chromosome.
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The texture of igneous rock that is composed of large mineral grains
The human eye has three types of cone cells. Damage to any of the three cone cells doesn't cause total blindness because of the
the s cone because the human eye needs the s cone and its most important
There are 40 chromosomes in germ cells of a ferret. How many sex chromosomes are there in a ferret's ovum?
Answer:
Explanation:
In a mitotic cell division, the number of chromosomes remains constant. It is so because the chromosomes are replicated to produce chromatid which during cell division is equally distributed in all the daughter cells thereby preserving the chromosome number.Both sperm cell and ovum have 23 chromosomes each. It is the fusion of both at fertilization that brings about 46chromosomes seen in somatic cells. These chromosomes are 22pair somatic chromosomes and a pair of sex chromosome (I.e XX or XY).The cells of the body have a diploid number of chromosomes (2N). The diploid number is usually double the haploid number (1N), so if the haploid number of chromosomes is 20, then 2x20=40. So the answer either 40 or 36
To determine the number of sex chromosomes that are there in a ferret's ovum is 2 sex chromosomes.
Given the following data:
Number of chromosomes = 40 chromosomes.Sex chromosomes can be defined as a pair of chromosomes that are responsible for determining the gender of a living organism i.e whether an organism is either male or female.
To determine the number of sex chromosomes that are there in a ferret's ovum:
Mathematically, the number of chromosomes in an organism is given by the formula:
[tex]Chromosomes = 2N[/tex]
Where:
N is the number of sex chromosomes.Substituting the given parameter into the formula, we have;
[tex]40 =2N\\\\N=\frac{40}{2}[/tex]
N = 2 sex chromosomes
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PLEASE HELP IN ONE MINUTE
Answer:
3 is my best guess but be warry
Explanation:
Answer:
3
Explanation:
metals are shiny, malleable, and are really good conductors.
Help please!!!! Which table below matches the graph above
Answer:
b
Explanation:
Answer: C
Explanation: If you look closely, we know definitely that Friday is 58.
Therefore, B can't be the answer. Then, I can also see that Thursday has to be 61. And looking at the options there are no other answers that have 61 as Thursday.
A prairie:
A .is always hot
B. is covered with grass
C. never gets rain
D. has dense forests
What type of biomolecule is used to convert energy to ATP?(1 point)
lipid
carbohydrate
nucleic acid
protein
Answer:
nucleic acid
I hope it is helpful to you
GIVING BRAINLIEST AND EXYRTA POITNS PLZZZ HELP ASAP
Answer: 1st class lever
Explanation:
Answer:1st
Explanation:
The enzyme present in saliva
Answer:
Amylase
Explanation:
Saliva contains special enzymes that help digest the starches in your food. An enzyme called amylase breaks down starches (complex carbohydrates) into sugars, which your body can more easily absorb. Saliva also contains an enzyme called lingual lipase, which breaks down fats.
In man, glucose is present in blood plasma but not in urine. This is because glucose
molecules are
(A) actively transported from the proximal convoluted tubule to blood capillaries
(B) oxidised to supply energy for ultrafiltration
(C) stored in the kidney
(D) too large to enter Bowman's capsule
In man, glucose is present in blood plasma but not in urine. This is because glucose molecules are actively transported from the proximal convoluted tubule to the blood capillaries.
What is glucose?Glucose is a monosaccharide, biomolecule found in ingested food which is used to provide energy to the cells of the body. Glucose is usually found only in the blood, since it is reabsorbed in the renal tubules, but when there are pathologies in which glucose levels in the blood are increased, the sites that reabsorb glucose become saturated, thus having an escape of glucose in urine.
Therefore, we can confirm that in man, glucose is present in blood plasma but not in urine. This is because glucose molecules are actively transported from the proximal convoluted tubule to the blood capillaries.
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What are the Sampling techniques for Biology??
Answer:
Sampling Techniques in Biology Sampling methods of biological populations are Simple Latin Square Sampling, Capture Recapture Sampling, Inverse Sampling, Line Transect Sampling, Line Intercept Sampling and Adaptive Cluster Sampling.
Answer:
Sampling methods of biological populations are Simple Latin Square Sampling, Capture Recapture Sampling, Inverse Sampling, Line Transect Sampling, Line Intercept Sampling and Adaptive Cluster Sampling.
Explanation:
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help plz
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Answer:
Free point... Thank you dear
How much of the energy (what percentage) of oxidizing Glucose to Pyruvate is captured in Catabolism as NADH ( H ) and ATP?
Answer:
40 percent.
Explanation:
About 40 percent of energy as ATP is produced due to oxidizing Glucose molecule in the process of respiration while the remaining 60 percent is lost as heat energy which is responsible for the generation of high body temperature. One molecule of glucose produces four molecules of ATP, two molecules of NADH, and two molecules of pyruvate during the first stage of respiration known as glycolysis while in the end of respiration process only ATP, carbondioxide gas and water is produced.
Please help!!! Thanks pp
Answer:
Heterozygous.
Explanation:
Since the son has a recessive and dominant trait, (A shaded square and a white circle.)
What are the 3 main products from the lights reactions of photosynthesis?
a.NADPH, ATP, CO2
b. ATP, O2, H2O
c.NADPH, O2, H2O
d. ATP, NADPH, O2
Explain why it makes sense to use the word translation to describe protein synthesis and why it would not make sense to use the word translation to describe mRNA synthesis?
Answer:
The application of the word translation makes sense at the time of describing the synthesis of protein as the language of nucleic acids is transformed into the language of polypeptides by the phenomenon of translation. On the other hand, it will not be suitable to describe the synthesis of mRNA using the word translation as the nature of the biomolecule stays similar because both the DNA and the product of DNA, that is, mRNA are nucleic acids.
Which factor is present in higher amounts in winds that come from oceans than winds that come from land?
air pressure
cool air
warm air
water vapor
Intro
The factor that is present in higher amounts in winds that come from oceans than winds that come from land is the water vapor that is in the fourth option, as the water vapor is present in higher concentrations where there is high humidity.
What is the significance of the different kinds of winds?There are various types of winds, such as those that contain a high amount of water vapor while others contain a low amount. like that there are different types of winds such as sea and land breezes, monsoons, and prevailing winds, and all these wind patterns have an impact on human activities such as farming and agriculture.
Hence, the factor that is present in higher amounts in winds that come from oceans than winds that come from land is the water vapor that is in the fourth option, as the water vapor is present in higher concentrations where there is high humidity.
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Answer:
Water Vapor
Explanation:
Just did it on edg
During G2 the Wee1 protein phosphorylates tyrosine-15 of the Cdc2 protein kinase, thus inactivating it. Only once dephosphorylation occurs and Cdc2 becomes active carn the cell pass from G2 into M and proceed to cell division. Can you think of a reason why the Wee1 protein was named as such?
Answer:
cells can't fully grow in Wee1 mutants
Explanation:
The G2 phase is a period where cell growth and proteins are synthesized to prepare for cell division. The Wee1 protein is a dosage-dependent inhibitor of mitosis. Moreover, the cyclin-dependent kinase 2 (cdc2) is a protein involved in the regulation of the cell cycle which phosphorylates serine residues in Wee1. However, in Wee1 mutants, Cdc2 is not inactivated (phosphorylated). This change causes cells to enter M phase prematurely, thereby producing "wee" mutant cells.