is a ptr and prc card engineer insurance
1. is a ptr and prc card engineer insurance
Answer:
hope it helps
Explanation:
The Relevance of Professional Tax Receipt (PTR) According to BIR, a licensed professional can only become LEGALLY PRACTICING the profession if he/she has a Professional Tax Receipt (PTR). The PTR is the proof that a professional broker or appraiser is PRACTICING the profession for the specific year.
2. What are the six disciplines of BS Agriculture course that will be examined during the PRC licensure test?
Answer:
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Hindi ko po alam
3. Agricultural Engineering
Answer:
Wag palaging umaasa sa Brainly mga bano
4. what is your own definition of agricultural engineering.
Answer:the branch of engineering that deals with the design of farm machinery, the location and planning of farm structures, farm drainage, soil management and erosion control, water supply and irrigation, rural electrification, and the processing of farm products.
5. how agricultural engineering can help agricultural productivity in your province?
Answer:
The face of agricultural engineering is rapidly evolving, with many new, game-changing technologies on the horizon. It is an exciting career in constant flux due to rapid technological changes, meaning people working in it are likely to learn something new every day. In 2014, Business Insider highlighted 15 up-and-coming agricultural technologies based on a report from Policy Horizons Canada, including the following:
● Agricultural robots, or ‘agbots’, and robotic/driverless tractors used for everything from harvesting to irrigation.
● Closed ecological systems, which “do not rely on matter exchange outside the system” an instead transform waste products from within in order to support the life-forms which inhabit the system.
● Gene editing, through which new strains of foods are created, such as mushrooms that do not brown and peach-flavored strawberries. Unlike genetically modified foods, these are wholly engineered.
Five years since on, some of these developments have entered the mainstream, while others have become increasingly scientifically and financially viable. And they are more important than ever given the many challenges the industry is facing. Agricultural engineering ensures farming is conducted smartly and efficiently, to meet the needs of the globe’s growing population.
The UK’s Centre for Process Innovation asserts, “Traditional agricultural methods are simply not sustainable enough for us to achieve food security for a rapidly growing population, lower our carbon footprint, and maintain the health of our livestock. In order to tackle these challenges, innovation is essential and can be achieved through investing in agri-tech.”
Leading the way
For example, Australia’s University of Southern Queensland's (USQ) progress with driverless tractor technology has the potential to maximize on-farm operations while providing safer and less stressful working environments for farmers, while agricultural modeling developments promise to boost profitability while minimizing the environmental impact of farmers. And these are just two ways USQ is working to make the world a better place through agricultural engineering. Other projects underway include improving water use and food security for farmers in South Asia; integrating management of nematodes for grain growers; genetic detection against wheat crown rot; and smart farming used to identify plants as weeds or crops.
6. what is my expectation in this subject agricultural engineering
Answer:
09168291390
MY NUMBER
Answer:
more knowledge
Explanation:
my expectation on this subject is to acquire more knowledge about on agricultural engineering.
7. Give the different Genetic Engineering tool or processes, give the function and application of eachGENETIC ENGINEERINGTool/ProcessesRestrictionEnzymesGelElectrophoresisRecombinantDNA TechnologyGene CloningDNA SequencingPolymerase ChainReaction (PRC).
Answer:
electric bill for essential workers
8. One advantage of genetic engineering for agriculture is
Answer:
Some benefits of genetic engineering in agriculture are increased crop yields, reduced costs for food or drug production, reduced need for pesticides, enhanced nutrient composition and food quality, resistance to pests and disease, greater food security, and medical benefits to the world's growing population.
Explanation:
hanapin mo na lang sagot haha charr
9. What is Agricultural Engineering
-Agricultural engineering, also known as agricultural and biosystems engineering, is the field of study and application of engineering science and designs principles for agriculture purposes, combining.
Answer:
Agricultural engineering, also known as agricultural and biosystems engineering, is the field of study and application of engineering science and designs principles for agriculture purposes, combining the various disciplines of mechanical, civil, electrical, food science, environmental, software, and chemical engineering to improve the efficiency of farms and agribusiness enterprises as well as to ensure the sustainability of natural and renewable resources.
Explanation:
10. Differentiate conventional agriculture and genetic engineering
Answer:
Conventional breeding relies primarily on selection, using natural processes of sexual and asexual reproduction. Genetic engineering utilizes a process of insertion of genetic material, via a gene gun or other direct gene introduction methods, or by a specially designed bacterial truck, which does not occur in nature.
hope it helps.
11. what is the definition and importance of agricultural engineering
Answer:
Pa brainlist answer po for more questions...Explanation:
Tinamad nakoo magtype eh ,Kaya ging screenshots ko nlang..sariling answer ko PO Yan..pa brainlist answer po..thankyou12. Give the different Genetic Engineering tool or processes, give the function and application of each.(GENETIC ENGINEERING)Tool/Processes:Restriction-EnzymesGelElectrophoresis-RecombinantDNA Technology-Gene Cloning-DNA Sequencing-Polymerase Chain-Reaction (PRC)
Answer:
TOOL/PROCESSES;
RESTRICTION ENZYMES:
FUNCTION
-the process of cutting the DNA strands into fragments.
APPLICATION
-this is basically used to create DNA fragments with sticky ends or blunt ends that can join with other DNA fragments.
GEL ELECTROPHORESIS:
FUNCTION
-the process of separating DNA fragments by size.
APPLICATION
-this is used to study DNA fragments of various sizes.
RECOMBINANT DNA TECHNOLOGY:
FUNCTION
-the combination of a DNA fragments with the DNA from another source.
APPLICATION
-this is also called exogenous DNA.
GENE CLONING :
FUNCTION
-the production of the large numbers of identical recombinant DNA molecules.
APPLICATION
-used to create large amounts of recombinant DNA to be used in genetically engineered organism.
DNA SEQUENCING:
FUNCTION
-used to identify the DNA sequence of cloned recombinant DNA molecule to further study.
APPLICATION
-used to identify errors in the DNA sequences to predict the function of a particular gene and to compare to other genes with similar sequences from different organisms.
POLYMERASE CHAIN REACTION (PCR):
FUNTION
-used to make copies of specific regions of sequenced DNA.
APPLICATION
-used to copy DNA for any scientific investigation including forensic analysis and medical testing.
13. agricultural biosystems engineering
Answer:
Agricultural and Biosystems Engineering (ABE) is defined as a field of engineering which integrates engineering science and designs with applied agricultural, biological, and environmental sciences. The traditional areas of Agricultural Engineering are still very much covered.
Answer:
Agricultural and Biosystems Engineering (ABE) is defined as a field of engineering which integrates engineering science and designs with applied agricultural, biological, and environmental sciences.
Explanation:
14. Compare and contrast conventional agriculture and use of genetic engineering in the field of agriculture
Answer:
We will discuss the following key areas of difference and their implications for unexpected effects: scope of genetic material transferred.
15. agricultural engineering
Answer:
Agricultural engineering is the engineering of agricultural production and processing. Agricultural engineering combines the disciplines of mechanical, civil, electrical, Food science and chemical engineering principles with a knowledge of agricultural principles according to technological principles.
16. stl result feb 4 2022
ano pong stl yan? sorry po
17. What is Agricultural engineering?
Agricultural engineers work to tackle difficulties in agriculture such as power sources, machinery efficiency, structural and facility use, pollution and environmental challenges, and the storage and processing of agricultural goods.
18. various options in agricultural engineering?
Answer:brainlies pls
Explanation:Careers for Agricultural Engineers
Agricultural production engineers.
Agricultural research engineers.
Biosystems engineers.
Conservation engineers.
Farm equipment engineers.
Research agricultural engineer
19. what is agricultural engineering and its importance to the agriculture
Answer:
With regard to LIDA's specific field of work, Agricultural Engineers ensure crop production is sufficient, of good quality and that it complies with protocols. In other words, they work to guarantee food security.
#CarryOnLearning :)
20. how can darwin's evolutionary theory influence the fields of agriculture and agricultural engineering?
Answer:
He believes some of those resources should be directed towards areas such as agricultural ecology, plant breeding and soil microbiology. ... “And just as plant breeders reversed past evolution to make shorter, higher yielding plants, they can reverse past evolution to make plants that would use water more efficiently.
Explanation: Hope it helps
21. various options in agricultural engineering?
Answer:
Careers for Agricultural Engineers
Agricultural production engineers.
Agricultural research engineers.
Biosystems engineers.
Conservation engineers.
Farm equipment engineers.
Research agricultural engineers.
Explanation:
22. How useful agricultural engineering is? Long answer
Answer:
Agricultural Engineering is the area of engineering concerned with the design, construction and improvement of farming equipment and machinery. Agricultural engineers integrate technology with farming. For example, they design new and improved farming equipment that may work more efficiently, or perform new tasks.
Explanation:
23. which is the negative result of the use of genetic engineering in agriculture? a. increase crop yields c. unknown side effects b. higher nutritional values d. reduction in pesticide use
Answer:
c.
Explanation:
di ako sigurado eh
sana tama ako
24. What is the rules and regulations related to agricultural engineering
Answer:
What are these farm laws and what they provide for? These laws are -- The Farmers' Produce Trade and Commerce (Promotion and Facilitation) Act, The Farmers (Empowerment and Protection) Agreement of Price Assurance and Farm Services Act, and The Essential Commodities (Amendment) Act.
25. describe the importance of genetic engineering in the field of medicine and agriculture.
Answer:
some benefits of genetic engineering in agriculture are increased crop yields, reduced costs for food or drug production, reduced need for pesticides, enhanced nutrients composition and food quality, resistance to pests and desease, greater food security and medical benefits to the world's growing population...
Explanation:
ty
Answer:
In medicine, genetic engineering has been used to mass-produce insulin, human growth hormones, follistim (for treating infertility), human albumin, monoclonal antibodies, antihemophilic factors, vaccines, and many other drugs. In research, organisms are genetically engineered to discover the functions of certain genes.
Explanation:
hope its help;)26. compare and contrast conventional agriculture and use of genetic engineering in the field of agriculture.
Answer:
yan lang po ba tanong nyo wala bang pic
it's have for your health and I have a word for
pa brainlyless
27. Hinggil sa 2022 International Year of Artisanal Fisheries and Agriculture
Answer:
agriculture is particularly important because it is our main source of food supply.fisheries and aquaculture improve food and nutrition cecurity increase income and improve livelihood, promote iconomic growth and protect our environment and natural resources .
28. give at least four objectives of agricultural engineering?
Explanation:
academic program in Agricultural Engineering is to train men and women to integrate knowledge of physical and biological sciences through application of engineering fundamentals and design to systems involved in production, processing, storage, handling, distribution, and use of food, feed, fiber, and other .
29. Describe the role of Agricultural Engineering in water resources and agricultural development
Answer:
Agrigenomic solutions designed to deliver accurate and actionable data when you need it most
Thermo Fisher Scientific is committed to providing instruments, reagents, and solutions for plant and animal genotyping applications: simple, scalable, and affordable next-generation solutions that will help drive remarkable agricultural innovations. These solutions enable producers to develop healthier, more efficient crops and livestock to help nourish the world's growing population.
Explanation:
hope is help po.
30. What are the progress in agriculture, engineering and medicine by the use of natures resources.?
Answer:
Explanation:
Humans have had a profoundly adverse impact on the environment. Failure to conduct activities like manufacturing, transportation, large-scale fishing, agriculture and waste disposal in moderation impacts the land, air and water. While the full range of long-term consequences of human intervention on the environment is uncertain, some consequences like climate change are already apparent.
TL;DR (Too Long; Didn't Read)
The human impact on the environment is substantial and adverse. These include land degradation (deforestation), air pollution, water contamination and climate change.
Land Degradation
There are many examples of human failure to use land resources sustainably. Deforestation occurs when humans clear forests to use the land either for agriculture or for habitation. Consequently, forest cover dwindles significantly, leading to soil erosion and extinction of plant species. Land animals also decline in numbers and even face extinction due to human expansion that encroaches on their natural habitat and limits their ability to spread geographically.
Air Pollution
One of the biggest environmental impacts of human activities is air quality. The transportation sector contributes heavily to air pollution because most forms of transportation, including cars, planes and ocean vessels, use fossil fuels. When burned, fossil fuels release carbon dioxide and other greenhouse gases into the environment.
In addition, the manufacturing industry grows exponentially with the expansion of the human population. Manufacturing plants emit carbons and sulfurs that do not occur naturally in the environment, causing an imbalance in the quality and composition of air. Some air pollutants deplete the ozone layer and expose the Earth to dangerous radiation from the sun.
Water Contamination
Human intervention in the environment also jeopardizes the supply and flow of clean drinking water. Activities like waste disposal from residential, commercial and industrial areas, oil spills and runoff from agriculture all contaminate bodies of water. The direct deposit of pollutants into lakes, rivers, seas and streams and indirect runoff of hazardous substances during the rainy seasons both impact water sources. Another environmental issue impacting water systems is overfishing, which causes a reduction in diversity of marine life.
Climate Change
Human activities in the environment interfere with the planet's natural balance, making the Earth’s climate less stable and predictable. Climate change brings abnormal occurrences such as unprecedented flooding; increased numbers of storms, hurricanes and typhoons; fiercer brush fires; and most notably tsunamis, which are uncommon in the Earth’s recent history. Phenomena such as rising sea levels, unseasonably high temperatures and drought hint toward an environment that cannot take much more negative human impact.
