Which part of the body does the pelvis protect?

Similarities:

Both involve ion movement. Both use ion channels to move ions across the cell membrane, in or out of the cell.

Differences:

Passive Transport (or Diffusion) moves ions from high concentration to low, using no metabolic energy. Active Transport moves ions from low concentration to high, using metabolic energy in the form of ATP.  Active Transport uses an ion pump (or Sodium/Potassium pump) to move 3 sodium ions out of the cell and 2 potassium ions in to the cell through the energy of 1 ATP molecule.  

In active transport particles move against a concentration gradient and therefore require energy which must be supplied by the cell. Carrier proteins that are found in the cell membrane of cells use energy to transport molecules or ions across the membrane, against the concentration gradient.

Passive transport is a naturally-occurring phenomenon and does not require the cell to exert any of its energy to accomplish the movement. In passive transport, substances move from an area of higher concentration to an area of lower concentration.

The answer is C) Growth.

The answer is growth because, when you go to a doctor the measure you hight to make sure you on track and your growing properly. So doctors make a chart of how much you've grown over the year.

Doctor's looks at you chart when you visit them yearly, they do this to make sure you don't have any problems with your bones or if your just a late bloomer when it comes to growning..

The primary sections in the brain that allow us to read, write, and speak communicably are: the left frontal cortex or Borca's Area, the posterior part of the temporal lobe or Wernicke's Area and a bundle of nerves called the arcuate fasciculus (3).

Answer: Option D left hemisphere

Explanation:

The left side of the brain is responsible for several functions such as :

Thus, Language, logic operations and reading tasks are performed by the left hemisphere.

Plants carry out both photosynthesis and cellular respiration simultaneously, with the former occurring in chloroplasts and the latter in mitochondria. These processes are interconnected, enabling plants to recycle oxygen while contributing to the carbon cycle, and they operate during both day and night.

Yes, plants perform both photosynthesis and cellular respiration at the same time. While photosynthesis takes place in the chloroplasts, cellular respiration occurs in the mitochondria. Photosynthesis is responsible for creating glucose and oxygen, which are then utilized as starting products for cellular respiration. In turn, cellular respiration produces carbon dioxide and water, along with ATP, which are then used as starting materials, along with sunlight, for photosynthesis.

It is a common misconception that plants only photosynthesize during the day and only respire at night. In reality, photosynthesis and respiration are interrelated processes that occur constantly as part of the plant's metabolism, allowing the plant to make use of metabolic processes during both day and night. Photosynthesis and cellular respiration work together to recycle oxygen in Earth's atmosphere and are fundamental components of the carbon cycle.

In essence, the relationship between photosynthesis and cellular respiration can be depicted as a cycle, where each process utilizes the by-products of the other. This is evident in how photosynthesis absorbs energy from the sun to create glucose, some of which is then used in cellular respiration in the mitochondria to produce ATP, with some energy released as heat.

B. The organism would suffer as its cells would be less able to provide the energy needed to carry out life functions.

Answer:

c is the answer and it is right because i had the answer and it is right

Explanation

The earliest event in Earth's evolution was the accretion of a ball of dust, ice, and rock by gravity, before any differentiation of the core, mantle, or crust occurred, and before the loss of the first atmosphere. The correct option is: A ball of dust, ice, and rock was pulled together by gravity.

The earliest event in Earth's evolution on the geologic time scale was when a ball of dust, ice, and rock was pulled together by gravity. This process is known as accretion, which led to the formation of the early Earth, initially presenting a homogenous composition. As the planet grew, it was subject to intense heating due to radioactive decay, collisions with other space bodies, and gravitational compression, which caused the entire planet to melt.

This melting allowed for the differentiation of Earth's layers, as heavier materials like iron sank to form the core, and lighter materials rose towards the surface to form the crust and mantle. These events occurred before the first atmosphere was destroyed by a solar burst and before dense materials hardened to form Earth's distinct geological layers.

Answer is D) Hydrogen bonds are weaker than covalent bonds and form between partially charged atoms or molecules

notochord i think

im sorry if its wrong

B. Increase in evaportation

Final answer:

A sunny day with few clouds primarily leads to an increase in evaporation in the water cycle, as the sun's warmth accelerates the transformation of liquid water into water vapor.

Explanation:

On a sunny day with few clouds, the part of the water cycle most affected would be an increase in evaporation. The sun's energy effectively warms the oceans and other surface waters, which leads to a higher rate of evaporation. The water vapor is then lifted into the atmosphere and can contribute to cloud formation, which might eventually lead to precipitation. Additionally, a sunny day might also lead to increased sublimation where frozen water turns directly into water vapor.

The automobile has significantly changed the U.S. in positive ways but also brought many negative consequences, such as air pollution, greenhouse gas emissions, and declining safety for pedestrians and wildlife. Efforts to transition to sustainable transportation include improving vehicle technology, managing travel demand, and encouraging public and non-motorized transit to reduce environmental and health impacts.

The advent of the automobile greatly transformed the United States, bringing about substantial convenience and changes in patterns of living and trade. However, this transformation did not come without its drawbacks. Urbanization has led to traffic congestion, which not only results in reduced productivity and financial loss but also contributes significantly to air pollution and greenhouse gas emissions.

To combat these negative consequences, sustainable transportation solutions are being sought. Such solutions include advancements in vehicle technology, use of low-carbon fuels, travel demand management, and the implementation of intelligent transportation systems. These aim to reduce the impact of our transportation systems on the environment and enhance urban living.

Despite the apparent benefits, continued reliance on automobiles contributes to a car-centric lifestyle, which causes a wide range of environmental and health issues. Among these are safety concerns for pedestrians and wildlife and the loss of green spaces due to urban sprawl. The call for change includes altering our lifestyles to embrace public transport, car-pooling, and non-motorized travel such as biking and walking to foster a cityscape that supports healthy living and mitigates traffic and pollution issues.

Therefore, urbanization and reliance on automobiles have led to traffic congestion, air pollution, and health risks. Sustainable transportation solutions are crucial for a healthier, greener future.

Eukaryotic and prokaryotic cells contain many membrane-bounded structures in them that are assigned to perform specialized functions for the normal activity of the cells. These structures are called organelles.

The eukaryotic cell contains many organelles like endoplasmic reticulum (smooth and rough endoplasmic reticulum), ribosomes, Golgi apparatus and the most important, the nucleus.

Each of these has their particular role and the roles of all these collectively lead to the survival and normal functioning of the cell.

If anyone is reading this in the future the correct answers are:

2. It runs off the ground

and

3. It is evaporated quickly because of dry air

Just trying to help as this data becomes more scarce

Final answer:

Deserts typically receive less than 10 inches of rain annually, much of which is rapidly evaporated due to the dry air and heat, while some contributes to runoff or is used by plants.

Explanation:

In deserts, the limited rainfall experiences multiple fates. Unfortunately, the statement that most deserts receive over 30 inches of rain is incorrect. In reality, the annual rainfall in deserts typically is less than 10 inches (25 cm), often much lower. When it does rain, some water is used by plants, some of it may soak deep into the ground, though typically not very deep due to the parched conditions, and a portion can contribute to runoff. However, given the dry air and heat characteristic of desert climates, much of the rain is rapidly evaporated before it can significantly penetrate the soil.

Answer:

Rocks can form volcanoes.

Explanation:

Every scientific theory begins as a hypothesis. A scientific hypothesis is a suggested solution to an unexplained occurrence that does not fit with a currently accepted scientific theory. For the options given in the question, the hypothesis would be "Rocks can form volcanoes." In other words a hypothesis is an idea that has not yet been proven. If enough evidence accumulates to support a hypothesis, it goes to the next step - known as theory - in the scientific method and becomes accepted as a valid explanation of a phenomenon.

The questions about whether anxious children grow up to be fearful or relaxed adults highlight stability or change.

The stability-change debate is whether the personality traits that can be seen in a person at birth will remain constant throughout the life span of the person or if it'll change later.  

Therefore, the question about whether anxious children grow up to be fearful or relaxed adults relates to the stability-change debate.

Read related link on:

https://brainly.com/question/13945589

Answer:

The answer is d)38 chromosomes in each daughter cell.

Explanation:

The answer is very simple. Remember that "Mitosis" is the process where a cell divides once and forms 2 identical cells that are exactly the same as the original. In the process the sequence of each chromosome is duplicated and then contained in a separated nucleus each. At the end each nucleus separates with the exact same information and concludes mitosis.

The answer is " extreme high pressure from the weight of the layers of rock above it" I just did this one, and this one is correct!! In short, your answer is C! Hope I helped ya!

Answer:

extreme high pressure from the weight of the layers of rock above it"

Explanation:

Final answer:

The isotope 14C contains 6 electrons, 6 protons, and 8 neutrons, which gives it a mass number of 14.

Explanation:

The arrangement of subatomic particles in 14C is 6 electrons, 6 protons, and 8 neutrons. This configuration is because the number of protons (which is equal to the number of electrons in a neutral atom) determines the element, and that number is 6 for carbon. The mass number of an isotope is the sum of its protons and neutrons. Since 14C has a mass number of 14, and we know there are 6 protons, there must be 8 neutrons (14 - 6 = 8). Thus, the correct answer is C: 6 electrons, 6 protons, and 8 neutrons.

Answer:

the anwser is (THAT LIFE CHANGES OVER  TIME)

Explanation:

I came on here looking for the anwser but I don't see A B C or D and what they said above me is not helping anybody at all '_'

Answer:

D.) It produces offspring that are genetically identical to the parent.

Explanation:

Edg 2021 I got it correct

your answer is   A ionic bonds

To help reduce amount of CO2 emissions you could start by:

Walking or cycling to near distances instead of driving. It could be a win-win, you saving money on gas and helping the planet. By walking it'll help us stay active especially for lazy people "me." Recyling and reusing house hold items is another stradegy. Throwing any cans, news papers, plastic bottles, or cardboard objects into a recyling bin will help by reducing the amount of garbage getting tossed in waste lands.

Final answer:

The most effective long-term solution to reduce carbon dioxide emissions includes using less energy, switching to renewable energy sources, reforesting and preserving forests, and investing in carbon capture technologies, with a goal to reach net zero emissions by 2050.

Explanation:

The most effective long-term solution for reducing the amount of carbon dioxide emissions involves multiple strategies. Primarily, changing energy consumption habits is crucial; this includes using less energy overall and opting for more fuel-efficient cars. Additionally, transitioning to low-carbon energy sources, such as solar and wind energy, will significantly reduce emissions. Enhancing natural CO2 sinks, like forests, and investing in reforestation and preservation efforts are also essential. Furthermore, innovative technologies for carbon capture and sequestration, including direct air capture and capturing emissions from smokestacks, are vital to moving toward net-zero emissions. The urgency of these efforts is underscored by scientific recommendations to reach net zero by 2050 or sooner to prevent the worst impacts of climate change.

1.) is circulatory system. An easy way to remember this is, blood circulates throughout the body, CIRCULatory.

2.) Circulatory; resspiratory.

HOpe i could help and this got to you in time! :)

I believe the first question is #4 circulatory system, number 2 is also #4 circulatory; respiratory.

Hope this helped! have yourself a great day!

One question is this supposed to be multiple choice?

This probably wont be the MOST accurate but this is the knowledge of a 6th grader (i tried)

Plants get their food from photosynthesising, they get their energy ffrom the sun and the chlorophyll is what capturers the suns energy. And once the suns energy has been caught then the electrons move around almost like they are excited to get the energy from the sun (the way some people get excited after consuming sugar a.k.a getting hyper) And the electrons are "jumping" in the thylakoid membrane. now there is enough energy to drive to the 2nd phase.

ADP becomes ATP that is when it is gaining more phosphate. Then the NADP gets more hydrogen to be able to store the energy now it has the hydrogen so it becomes.....NADPH. That is also kind of phase 3 the Calvin Cycle where G3P goes on to make glucose.

An animal gets energy from consuming the plants or other animals and sometimes even eating their own kind. Animals like deer, rabbits, moneys, pandas they all eat plants and or fruits. Because they get their energy from the plants and as said before that the plants get it from the sun. So basically all kinds of animals depend on the plants but some ocean creature dont really depend on plants but in some ways they do. Because not only for food, but for oxygen.

As you may have noticed i kinda know more about plants but soon i will be learning about animals since we are still learning about eukaryotic organisnisms.

Hope this helps. And have a great day! :)

The ratio of a cell's surface area to volume is pivotal for its survival. As a cell grows, this ratio decreases, limiting the cell's ability to transport nutrients and eliminate waste, implying that the cell's surface area to volume is too small. Hence, cells must remain small or develop adaptations for more efficient material exchange.

If a cell cannot move enough material through its membrane to survive, then the ratio of its surface area to volume is too small. A cell's surface area-to-volume ratio is crucial for its survival. As a cell increases in size, this ratio decreases, meaning the plasma membrane may not have enough surface area to support the diffusion required for the cell's increased volume. This can, therefore, limit the ability of the cell to effectively procure nutrients and eliminate waste through diffusion.

For instance, consider a cell shaped like a sphere, where its surface area increases as the square of its radius, but its volume increases much more rapidly, as the cube of its radius. As the cell grows, it becomes less efficient due to this decreased surface area-to-volume ratio. In order to become more efficient, the cell may either divide, hence producing cells with a better surface area-to-volume ratio, or develop organelles to perform specific tasks.

Ultimately, a cell's size is limited by the rate of diffusion across its membrane, and the efficiency with which it can transport nutrients and wastes. Thus, cells must either remain small or adopt adaptations to increase the efficiency of materials exchange.

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Structures that are common in animal and bacterial cell :

Both bacterial cells and animal cells contain common structures, including the plasma membrane, cytoplasm, genetic material (DNA and RNA), and ribosomes. These elements play crucial roles in the basic life functions of cells.

The cell structures that are found in both a bacterial cell (prokaryotic) and an animal cell (eukaryotic) include the plasma membrane, cytoplasm, genetic material (DNA and RNA), and ribosomes. The plasma membrane functions as a barrier for the cell and separates the cell from its environment. The cytoplasm is a jelly-like substance inside the cell. Genetic material, which can be in the form of DNA or RNA, is the cell's hereditary information. Ribosomes are responsible for protein synthesis.

Bacterial cells come in various shapes, including cocci (spherical), bacilli (rod-shaped), and spirilli (spiral-shaped), but these shapes aren't related to their structural similarity with animal cells. It's important to note that while these structures are common to both cell types, their detailed makeup and the organization within the cell can differ.

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Answer:

Spores can travel far.

Explanation:

Spores are carried by the wind or on animal fur.

A gene is a segment of DNA

That would be the nucleus where the DNA is stored. The DNA has all of the information for how the cell works including all the instructions for making all of the proteins of a cell.