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Exercise controls weight Exercise can help prevent excess weight gain or help you keep off lost weight. When you take part in physical activity, you burn calories. The more intense the activity, the more calories you burn. Regular trips to the gym are great, but don't worry if you can't find a large chunk of time to exercise every day. Any amount of activity is better than none. To gain the benefits of exercise, just get more active throughout your day. For example, take the stairs instead of the elevator or rev up your household chores. Consistency is key. 2. Exercise combats health conditions and diseases Worried about heart disease? Hoping to prevent high blood pressure? No matter what your current weight is, being active boosts high-density lipoprotein (HDL) cholesterol, the "good" cholesterol, and it decreases unhealthy triglycerides. This one-two punch keeps your blood flowing smoothly, which lowers your risk of heart and blood vessel, called cardiovascular, diseases. Regular exercise helps prevent or manage many health problems and concerns, including: Stroke. Metabolic syndrome. High blood pressure. Type 2 diabetes. Depression. Anxiety. Many types of cancer. Arthritis. Falls. It also can help improve cognitive function and helps lower the risk of death from all causes.
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https://www.greenmyna.com/the-importance-of-soil-conservation-in-sustainable-tree-plantation
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Science and logic are deeply intertwined: Logic provides the framework (deductive & inductive reasoning, structure) for scientific inquiry, helping distinguish valid from invalid arguments, while science uses logic to build theories from observations, but also pushes beyond pure logic with empirical evidence to discover counterintuitive truths about the physical world, making logic a foundational tool but not the entirety of science. Logic helps structure hypotheses and analyze data, but science, through observation, can reveal phenomena that pure logical deduction might miss, like quantum mechanics.
How Logic Functions in Science
Foundation of Reasoning: Logic defines correct reasoning, making it the "science of sciences," essential for systematic study.
Deductive Reasoning: Moving from general principles to specific predictions (e.g., "All swans are white; this bird is a swan; therefore, it's white").
Inductive Reasoning: Building general theories from specific observations, a key part of the scientific method (e.g., Copernicus's observations leading to heliocentrism).
Hypothesis Testing: Science uses logic to form testable hypotheses (e.g., "I expect A because B," where B is the hypothesis) and evaluate expectations.
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Friday, Jan 16, 2026
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Science and logic are deeply intertwined: Logic provides the framework (deductive & inductive reasoning, structure) for scientific inquiry, helping distinguish valid from invalid arguments, while science uses logic to build theories from observations, but also pushes beyond pure logic with empirical evidence to discover counterintuitive truths about the physical world, making logic a foundational tool but not the entirety of science. Logic helps structure hypotheses and analyze data, but science, through observation, can reveal phenomena that pure logical deduction might miss, like quantum mechanics.
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How Logic Functions in Science
Foundation of Reasoning: Logic defines correct reasoning, making it the "science of sciences," essential for systematic study.
Deductive Reasoning: Moving from general principles to specific predictions (e.g., "All swans are white; this bird is a swan; therefore, it's white").
Inductive Reasoning: Building general theories from specific observations, a key part of the scientific method (e.g., Copernicus's observations leading to heliocentrism).
Hypothesis Testing: Science uses logic to form testable hypotheses (e.g., "I expect A because B," where B is the hypothesis) and evaluate expectations.
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Shani new
Friday, Jan 16, 2026
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Science and logic are deeply intertwined: Logic provides the framework (deductive & inductive reasoning, structure) for scientific inquiry, helping distinguish valid from invalid arguments, while science uses logic to build theories from observations, but also pushes beyond pure logic with empirical evidence to discover counterintuitive truths about the physical world, making logic a foundational tool but not the entirety of science. Logic helps structure hypotheses and analyze data, but science, through observation, can reveal phenomena that pure logical deduction might miss, like quantum mechanics.
https://ihc.fcsh.unl.pt/en/events/alterlives-independence-movements/?fbclid=IwY…
How Logic Functions in Science
Foundation of Reasoning: Logic defines correct reasoning, making it the "science of sciences," essential for systematic study.
Deductive Reasoning: Moving from general principles to specific predictions (e.g., "All swans are white; this bird is a swan; therefore, it's white").
Inductive Reasoning: Building general theories from specific observations, a key part of the scientific method (e.g., Copernicus's observations leading to heliocentrism).
Hypothesis Testing: Science uses logic to form testable hypotheses (e.g., "I expect A because B," where B is the hypothesis) and evaluate expectations.
By:
Shani new
Friday, Jan 16, 2026
AGRI-FOOD SYSTEMS
+7
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Science and logic are deeply intertwined: Logic provides the framework (deductive & inductive reasoning, structure) for scientific inquiry, helping distinguish valid from invalid arguments, while science uses logic to build theories from observations, but also pushes beyond pure logic with empirical evidence to discover counterintuitive truths about the physical world, making logic a foundational tool but not the entirety of science. Logic helps structure hypotheses and analyze data, but science, through observation, can reveal phenomena that pure logical deduction might miss, like quantum mechanics. Youtube Embedded URL:
How Logic Functions in Science
Foundation of Reasoning: Logic defines correct reasoning, making it the "science of sciences," essential for systematic study.
Deductive Reasoning: Moving from general principles to specific predictions (e.g., "All swans are white; this bird is a swan; therefore, it's white").
Inductive Reasoning: Building general theories from specific observations, a key part of the scientific method (e.g., Copernicus's observations leading to heliocentrism).
Hypothesis Testing: Science uses logic to form testable hypotheses (e.g., "I expect A because B," where B is the hypothesis) and evaluate expectations.
By:
Shani new
Friday, Jan 16, 2026
AGRI-FOOD SYSTEMS
+7
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Science and logic are deeply intertwined: Logic provides the framework (deductive & inductive reasoning, structure) for scientific inquiry, helping distinguish valid from invalid arguments, while science uses logic to build theories from observations, but also pushes beyond pure logic with empirical evidence to discover counterintuitive truths about the physical world, making logic a foundational tool but not the entirety of science. Logic helps structure hypotheses and analyze data, but science, through observation, can reveal phenomena that pure logical deduction might miss, like quantum mechanics.
How Logic Functions in Science
Foundation of Reasoning: Logic defines correct reasoning, making it the "science of sciences," essential for systematic study.
Deductive Reasoning: Moving from general principles to specific predictions (e.g., "All swans are white; this bird is a swan; therefore, it's white").
Inductive Reasoning: Building general theories from specific observations, a key part of the scientific method (e.g., Copernicus's observations leading to heliocentrism).
Hypothesis Testing: Science uses logic to form testable hypotheses (e.g., "I expect A because B," where B is the hypothesis) and evaluate expectations.
By:
Shani new
Friday, Jan 16, 2026
AGRI-FOOD SYSTEMS
+7
Leave a comment