Germ theory that states that microorganisms, which are too small to be seen without the aid of a microscope, can invade the body and cause certain diseases. In the late 1800's this theory lead to a simple practice that saved thousands of lives in hospitals throughout the country from post-operative infections. This practice was

The question is incomplete, the complete question is:

Which of these would best describe the outcome of increasing the kinetic energy of the molecules in the above picture? A) The temperature will increase. B) The temperature will decrease. C) The temperature will remain unchanged. D) The temperature would fluctuate up and down.

Answer:

The temperature will increase

Explanation:

Temperature is defined as the average kinetic energy of the molecules of a body. Increasing the kinetic energy of the molecules will also increase the temperature of the molecules.

Similarly, kinetic energy is proportional to temperature. Hence an increase in the kinetic energy of molecules also leads to increase in the temperature of the system.

Animals are mobile multicellular organisms that consume other organisms for sustenance and exhibit a life cycle starting from an embryonic stage. They can be generalists, occupying various ecological niches, and display diverse forms and adaptations, such as wings or antennae, depending on their habitat and lifestyle.

An organism that ingests food and is usually capable of locomotion is typically referred to as an animal. These mobile multicellular organisms not only consume other organisms for food but also develop from an embryo stage, which distinguishes them from simpler life forms. Animals can be generalists, meaning they can thrive in a variety of environments and make use of different resources, such as consuming many types of food. While some animals are mainly terrestrial or aerial, they can fill diverse ecological roles such as being herbivores, predators, parasites, scavengers, or decomposers and may possess specialized appendages like wings for flying. Others are mainly aquatic; these may be predators, scavengers, or filter feeders - some even have two pairs of antennae and claws for hunting, as well as a distinct larval stage.

In contrast, an autotroph is an organism that can synthesize its own food from inorganic molecules, a process that is not exhibited by animal organisms.

Answer: The movement of carbon dioxide out of cells and oxygen into cells can best be explained by which process of DIFFUSION.

Explanation: Diffusion is a process by which movement of molecules, body fluids, exchange of gases takes place from the region of higher concentration to the region of lower concentration.

In the body exchange of CO2 and O2 is done in lungs by process of diffusion.

To fertilize the oocyte, sperm must first penetrate the corona radiata, then bind to and dissolve a path through the zona pellucida. This occurs through an acrosomal reaction, allowing one sperm to fuse with the oocyte's membrane and fertilize it.

In the process of fertilization, sperm must penetrate the oocyte's protective layers to achieve fertilization. Initially, hundreds of sperm are attracted to and begin to break through the barrier of granulosa cells known as the corona radiata. These sperm then approach the zona pellucida, a thick, gel-like glycoprotein membrane surrounding the oocyte.

The acrosomal reaction plays a critical role in allowing the sperm to penetrate these barriers. Upon contact with the zona pellucida, the sperm binds to receptors, triggering the release of digestive enzymes from the acrosome. These enzymes aid in digesting the extracellular matrix of the corona radiata and then clear a path through the zona pellucida. Eventually, a single sperm fuses its plasma membrane with the oocyte's plasma membrane, leading to the introduction of the sperm's genetic material into the oocyte and the formation of a zygote.

Answer:

The correct answer will be- Rough endoplasmic reticulum (RER).

Explanation:

The endoplasmic reticulum or ER is the enclosed flattened membranous structure present in the cytoplasm. The endoplasmic reticulum is continuous with the nucleus which provides mechanical support to the cell.  

In the given question, since it states that organelle contains membrane-bound organelle which helps in the protein synthesis indicates that the organelle is a type of ER called rough endoplasmic reticulum which also provides compartmentalization of the cell along with intracellular transport.

Thus, Rough endoplasmic reticulum (RER) is the correct answer.

Answer: E. climax

An ecological succession refers to the changes that occur in a biotic community with respect to the changes occurring in the abiotic or non-living factors such as soil, weather, temperature, sunlight and others. These changes occur with respect to the time until the ecosystem attains the stability.

A climax community is the end stage of the ecological succession. In this community the living species attains equilibrium which means no further change will occur in these organisms. These species are fit for the survival in the changing environment. Hence, these species are stable.      

The Eukarya domain.

The organisms can be divided into three domains, based on the type of cell that the organism is made of:

The two ways by which a person can save the energy of the body is by increasing the muscular endurance and cardiovascular endurance.

Cardiovascular endurance can be defined as the ability to perform exercise at moderate level for an extended period of time. This helps to maintain the heart rate during running or exercise.

Muscular endurance can be defined as the efficiency of a muscle to sustain  repeated contractions of muscles against a resistance for a longer period of time. It provides power and strength to the muscles.

Energy is conserved when running mainly through sweat, which cools the body as it evaporates, taking heat with it. Wiping sweat away prevents this cooling process. This regulation of body temperature is important for maintaining a balanced metabolic rate.

When running, energy conservation in the body occurs in a couple of ways related to heat and sweat. As runners exercise and their muscles work, they produce heat due to an increased metabolic rate. This is a result of metabolism speeding up to supply energy for muscle contraction, leading to the production of more heat than when at rest. To cool down and maintain body temperature, our body sweats. As sweat evaporates from the skin, it takes a substantial amount of thermal energy away from the body. This cooling effect is due to the energy transition from the liquid state of sweat to the gaseous state as it evaporates, which is called latent heat of vaporization.

Wiping sweat with a towel does not provide the same cooling effect because it removes the sweat before it can evaporate and take the heat with it. In essence, the evaporation of sweat is a key way the body conserves energy by regulating temperature without losing heat through more energy-intensive processes such as panting or altering blood flow. The balance between energy intake and expenditure is essential for maintaining a healthy metabolic rate and body thermoregulation

Desert bighorn sheep form a metapopulation due to their fragmented habitat, with isolated populations linked by occasional movements of individuals. This dynamic helps maintain genetic diversity and influences conservation strategies for the species.

Final answer:

The sage plant (Salvia leucophylla), through the process of allelopathy, likely exhibits a uniform pattern of dispersion in its natural habitat due to the chemical inhibition of nearby individuals' growth.

Explanation:

The sage plant (Salvia leucophylla) secretes a chemical that inhibits the growth of other sage plants nearby. This phenomenon, known as allelopathy, results in a specific pattern of dispersion in the plant's natural habitat. Considering the inhibitory effect this chemical has on the growth of nearby individuals of the same species, the most likely pattern of dispersion found in Salvia leucophylla's natural habitat would be a uniform dispersion. In uniform dispersion, individuals are more or less equally spaced apart. This pattern occurs because the chemicals secreted by these plants create an environment where it is beneficial for each individual to be spaced at a regular distance from others to reduce competition and chemical interference.

Examples of uniform dispersion in nature are not limited to sage plants but also include territorial animals and other plant species that engage in similar competitive or inhibitory behaviors. Thus, the dispersion of individuals within a population, whether it be uniform, random, or clumped, provides important information about how they interact with each other and with their environment.

Since a bright light causes one to blink reflexively, the light would be best described as AN UNCONDITIONED STIMULUS.

Further Explanation:

AN UNCONDITIONED STIMULUS:

In old style molding, an unconditioned reaction is an unlearned reaction that happens normally in response to the unconditioned improvement. For instance, if the smell of nourishment is the unconditioned boost, the sentiment of craving because of the smell of sustenance is the unconditioned reaction.  

Instances of the Unconditioned Stimulus:

The mutts in his analysis would smell the sustenance, and after that normally start to salivate accordingly. This reaction requires no learning, and it essentially happens consequently.  

unconditioned stimulus elicit:  

Pavlovian (Classical) molding is learning a relationship between two improvements. It is named for I. P. The unconditioned improvement (US) and the unconditioned reaction (or reflex) it inspires. The adapted improvement and the molded reaction (or reflex) it can inspire after Pavlovian molding has occurred.  

Stimulus in science:

Physiology Something that can inspire or bring out a physiological reaction in a phone, a tissue, or a life form. A boost can be inside or outer. Sense organs, for example, the ear, and tactile receptors, for example, those in the skin, are delicate to outside boosts, for example, sound and contact.

Subject: biology

Level: college

Keywords: AN UNCONDITIONED STIMULUS, Instances of the Unconditioned Stimulus, unconditioned stimulus elicit, Stimulus in science.

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The RDA or recoommended dietary allowance (RDA) is the least amount of protein needed for a person to be healthy. In American diet it is 0.8 grams per kilogram or (0.36 grams per pound) of body weight per day. If an adult weighs 143 lbs., his RDA can be calculated as follows:

RDA=0.36 x 143

RDA=51.48 grams

Wrong it is not . White spruce!! THE CORRECT. Answer is: lichen.

Answer:

lichen is the correct answer.

Explanation:

The correct answer is A. Homeostasis allows organisms to regulate their temperature.

Explanation:

Homeostasis is a natural process in cells and complex organisms that make these preserve inner stability or equilibrium despite external changes. This includes the ability of organisms to keep adequate hydration levels, temperature, and nutrient levels that are necessary to survive. In the case of temperature, this is part of homeostasis as most organisms have different mechanisms to regulate temperature; for example in the case of humans, when the external temperature increases the body uses sweating as a mechanism to avoid the internal temperature to increase. Thus, one of the reasons homeostasis is important to the survival of organisms is that it allows them to regulate temperature (Option A).

Animals can maintain steady internal and external surroundings with the best operating conditions due to homeostasis. So, option A is correct since homeostasis allows organism to regulate their temperature.

A biological creature can retain internal stability while adjusting to shifting environmental conditions through a process known as homeostasis. Homeostasis is a dynamic process that can alter internal circumstances as needed to survive threats from the outside world. It is not static and unchanging.

Since homeostasis enables the organism to operate normally and protects them from harm from excessive temperatures or other environmental changes, that is crucial for organism's existence.

Therefore, option A is correct.

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According to the given question, Annual rainfall is the main difference between deserts and steppes

Further Explanation:

Steppes are typical grasslands found almost on all places across the earth. And it has more rainfall than a deserts. Typically, grasslands are dominated by grasses, and growth of the grasses are aided by seasonal rainfall, which are really beneficial to humans and other living things. In terms of economical reasons, grasslands improve the standard of living of humans, and different plants and crops are planted on it, and the annual rainfall on grassland regions further boost the plant growth process and are ready for consumption at a specific period of time. Steppes can be found in Eastern Europe, Asia, North and South  America. Steppes are grouped into two forms.

Deserts are barren lands or desolate terrains or abandoned places where little or no grass are seen on. Deserts have few rainfall compared to steppes. Due to the limited amount of rain on deserts, plants in the desert typically find it hard to survive. In some cases, Few plants like Cacti, shrubs, succulents and grasses still manage to grow despite the harsh conditions in the deserts, and this is mainly as a result of water storage in the leaves, stems, and also coverings on the leaves with prevent water loss. Deserts are located in Africa, Asia, North and South America, and Europe.

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