Mosquitoes are vectors that carry malaria, a disease caused by Plasmodium parasites transmitted through their bites.
Explanation:The correct match between a vector and the infectious disease it carries is 'mosquito -> malaria'. Mosquitoes are significant vectors of human diseases and are known for transmitting various diseases, including malaria, yellow fever, and dengue fever among others. Malaria is caused by Plasmodium parasites, which are spread to humans through the bites of infected female Anopheles mosquitoes. This establishes mosquitoes as the disease vector, as they transport the infectious parasites between human hosts. Conversely, fleas are the vectors for plague and ticks are responsible for spreading Lyme disease, which is caused by the bacteria B. burgdorferi.
A plant lacking a mineral or failing to make a needed vitamin dies before it can bear food for human consumption.
a. True
b. False
In what part of the female reproductive tract does fertilization typically occur?
If one strand of a dna molecule has the sequence 5'tccgaat3', what is the sequence of the other, complementary strand?
A density independent limiting factor is a limiting factor of a population that can affect population growth no matter what the population density. what is a density independent limiting factor that can affect the human population growth of north carolina?
Answer:hurricanes and flooding
Explanation: Due to the location of North Carolina being along a coastal line they are susceptible to hurricanes and as a resultant inland flooding
Answer:
Hurricanes
Explanation:
I just took a benchmark and i got that question correct
Which statement explains the difference between a nerve that is connected to the skin and a nerve that is connected to a muscle? The nerve that is connected to skin is a motor neuron; the nerve that is connected to a muscle is a sensory neuron. The nerve that is connected to skin receives stimuli information from the external environment; the nerve that is connected to a muscle receives processed stimuli information from the brain. The nerve that is connected to skin is part of the central nervous system; the nerve that is connected to a muscle is part of the peripheral nervous system. The nerve that is connected to skin helps the body maintain homeostasis; the nerve that is connected to a muscle supports the body so it can stand upright.
Answer:
Behavior that does not involve the "higher" centers of an animal's brain.
Body tissue that is connected to and moves the bones in the body tendon 2. the ability of a muscle to move a weight repeatedly, or for an extended period of time muscle endurance 3. the increase in the size of a muscle fiber in response to resistance training atrophy 4. the most amount of weight a muscle can move at a single time hypertrophy 5. the decrease in the size and strength of a skeletal muscle when it is not used skeletal muscles 6. strong body tissue that connects the muscles to the bones muscle strength
Termites are insects that chew on wood. Based on a termites diet, which of the following statements would you expect to be true about its digestive system?
a.) The termite's digestive tract produces fast-acting meat-digesting enzymes.
b.) The termite has flattened molars that grind wood.
c.) The termite has a jaw bone and muscles that are adapted for side-to-side grinding movements.
d.) The termite has a symbiotic relationship with cellulose-digesting microorganisms in its digestive tract
Answer: d.) The termite has a symbiotic relationship with cellulose-digesting microorganisms in its digestive tract.
Explanation:
Termites are the wood eating parasites. They eat wood to meet their nutritional demands. Although there are enzymes present inside the termites which can partially digest the cellulose. But they exhibit a symbiotic relationship with the bacteria present in their gut. The bacteria helps in digestion of rest of the cellulose. In return the bacteria receives shelter and food.
When plants make "food" by photosynthesis, they change the energy in sunlight to?
Plants change sunlight into chemical energy through photosynthesis, creating glucose and oxygen from water and carbon dioxide.
When plants make "food" through photosynthesis, they change the energy in sunlight into chemical energy. This fascinating process involves plants taking solar energy and using it to combine water (H₂O) and carbon dioxide (CO₂) to create glucose (C₆H₁₂O₆), which is a carbohydrate, and oxygen (O₂). The light energy harnessed from the sun is transformed into chemical potential energy stored in the glucose molecules. Autotrophs, like plants, capture a specific wavelength of sunlight through chlorophyll and use it during photosynthesis to build these carbohydrate molecules. The glucose produced can then be used by the plant for its growth and development or stored for later use, supporting the energy needs of the plant itself and herbivores that consume the plant matter.
Determination of the incubation period for a disease outbreak helps to: demonstrate the location of the outbreak show the distribution of cases by time of onset verify that an epidemic has occurred identify possible infectious agents
The right option is show the distribution of cases by time of onset
Determination of the incubation period for a disease outbreak helps to show the distribution of cases by time of onset. Incubation period is the time from the moment of exposure to a pathogenic organism to the time that signs and symptoms of the disease appear. For example the incubation period of Salmonella that causes typhoid fever is between 6 to 72 hours.
Once meiosis occurs gametes are formed with a reduced number of chromosomes. The gametes are
A. haploid.
B. uniploid.
C. homologous.
D. diploid.
Both animals and fungi are heterotrophic. what distinguishes animal heterotrophy from fungal heterotrophy is that most animals derive their nutrition by ________. both animals and fungi are heterotrophic. what distinguishes animal heterotrophy from fungal heterotrophy is that most animals derive their nutrition by ________. ingesting materials using enzymes to digest their food consuming living, rather than dead, prey preying on animals
A particular species of unicellular organism inhabits the intestines of termites, where the unicellular organisms are protected from predators. wood that is ingested by the termites is digested by the unicellular organisms, forming food for the termites. the relationship between these two species can be described as
Mutualism
Mutualism is a relationship between organisms of two different species in which each benefits. From the question given above, the relationship between the termites and the unicellular organism can be described as mutualism because both organisms benefit from each other.
The relationship between the termites and the unicellular organisms in their intestines is an example of mutualism, a type of symbiotic relationship where both organisms benefit. The protists help digest cellulose from the termite's wood diet, providing nourishment for both organisms.
Explanation:The relationship between the termites and the unicellular organisms in their intestines is an example of mutualism. In this symbiotic relationship, both organisms benefit. The unicellular organism known as protists, which survives in the termite's gut, assist the termites in breaking down the ingested cellulose from their wood-based diet into a digestible form that provides nourishment for both the termite and the protists.
This process represents a mutualistic relation because while the protists are obtaining a safe habitat and a constant supply of food from the termite, they are also essential in processing cellulose from the wood, aiding the termite in deriving essential nutrients. Without this digestive assistance by the protists, the termite cannot obtain energy from its food.
Furthermore, the protists themselves are able to digest cellulose due to the presence of symbiotic bacteria within their cells that produce the cellulase enzyme. This results in a complex mutualistic interaction where both the termite and the protists (and the bacteria within the protists) derive strategic survival advantages from each other.
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Meiosis produces..?
A.) gametes
B.) somatic cells
C.) body cells
D.) mitotic cells
Balthazar's depression is being treated through a procedure in which electrodes are placed on both sides of his head and a brief current is turned on. the current triggers a seizure that lasts about a minute, causing his body to convulse. his treatment is known as:
This treatment is known as electroconvulsive therapy (ECT)
Electroconvulsive therapy (ECT) is a procedure, in which small electric currents are passed through the brain, with the intention of triggering a brief seizure to provide relief from mental disorders. ECT may not work for everyone and it is frequently used when other treatments are unsuccessful. ECT is used to treat severe depression, catatonia and agitation and aggression in people with dementia .
When can confidentiality be breached in health and social care?
Worldwide how many people are estimated to die each year due to air pollution
Help me please!
Darwin hypothesized that there are definite steps to natural selection. Consider the model of bacterial resistance to antibiotics. How would Darwin explain step I?
Question 1 options:
Bacteria adapt to environmental changes.
Some bacteria alter their DNA in response to environmental changes.
In any population, some individuals are weaker than others.
In any population, genetic variation exists.
An ecosystem is effected by many factors. Oxygen, soil, water, amount of sunlight, and temperature are some examples. What type of factor are these examples?
why do two-dimensional maps of earth have distortions? A. Earth is three-dimensional, but maps are two-dimensional B. cartography is an inexact science C. cardinal directions do not apply to two-dimensional maps D. They do not include lines of longitude
Answer: Option (A)
Explanation: It is because we cannot represent a three-dimensional object in a two-dimensional maps, without distortion. So in order to reduce this distortion various types of projections are being used such as Mercator projection, Interrupted map projection and Azimuthal projection that helps us in reducing distortion and transform a 3-D object to 2-D.
Blood rich in oxygen and nutrients are transported from the placenta to the fetus by the
TRUE OR FALSE IF FALSE WRITE THE CORRCT WORDS FOR THE FALSE UNDERLINED ONE TO MAKE CORRECT::::::::::::The purpose of the long hairlike projection called a flagellum on a protozoan is for sexual production. ( sexual reproduction is underlined )
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Why is the process of nuclear fusion important to life on earth?
Answer:
Earth gets energy from sun which in turn produces energy through nuclear fusion.
Explanation:
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During the elongation phase of translayion which site in the ribosome represemts thw location where a codon is being read
Dna encodes the information necessary to produce the proteins needed by your body. to makes these proteins, dna first undergoes a process known as transcription. this is when information on a dna is transferred to a mol;ecule very similar to dna, known as
Which is visible evidence of energy passing through water?
a sea arch
a density tide
a wave
the Coriolis effect
The correct answer is option C, A wave
Reason -
Waves in water bodies are produced by the entrapped solar energy as of due to the wind blowing across the surface of a water body. These waves are used as a renewable source of energy. The water particles vibrate to transfer the energy in the form of wave which generally move in the forward direction.
What organs are the biggest producers of lymph?
Which of the following plants is an angiosperm? fern moss pine rose
What is the major gas that increase the greenhouse effect?
Which mechanism restricts the expression of leptin to adipocytes?
The fluid-like substance contained within the cell membrane, the nucleus not included, is _____. cytoplasm dna rna tissue brainly
Answer:
Cytoplasm is the correct answer
Explanation:
A thick fluid or solution enclosed by cell membrane that fills a cell is called Cytoplasm. Cytoplasm help a cell to maintain it shape. It is composed of water, salts and protein mainly. All cell organelles are found in the cytoplasm, it is highly organized.
Substances like enzyme found in the cytoplasm, help breaking down waste and also helps in metabolic activity.