1) Living things move (humans can move with help of their muscles)
2)they respond to stimuli(we respond when someone touches us)
3)living things respirate(we take in oxygen leave carbon dioxide)
4)living things reproduce
5)living things excrete
6)growth
W.E.R.G.L.O.C.
livings thing produce -Wast
living things need -Energy
livings things -Respond to its environment
living things -Grow and repair its self
living things -Live and breathe
living things produce -Offspring
living things are made of -Cells
from: http://www.saburchill.com/chapters/chap0001.html
The Seven Characteristics of Living Things
Feeding
All living organisms need to take substances from their environment to obtain energy, to grow and to stay healthy.
MovementAll living organisms show movement of one kind or another. All living organisms have internal movement, which means that they have the ability of moving substances from one part of their body to another. Some living organisms show external movement as well - they can move from place to place by walking, flying or swimming.
Breathing or Respiration
All living things exchange gases with their environment. Animals take in oxygen and breathe out carbon dioxide.
Excretion
Excretion is the removal of waste from the body. If this waste was allowed to remain in the body it could be poisonous. Humans produce a liquid waste called urine. We also excrete waste when we breathe out. All living things need to remove waste from their bodies.
GrowthWhen living things feed they gain energy. Some of this energy is used in growth. Living things become larger and more complicated as they grow.
Sensitivity
Living things react to changes around them. We react to touch, light, heat, cold and sound, as do other living things.
Reproduction
All living things produce young. Humans make babies, cats produce kittens and pigeons lay eggs. Plants also reproduce. Many make seeds which can germinate and grow into new plants.
Three of the seven characteristics that identify living things are growth, reproduction, and response to stimuli.
The seven characteristics that define living things are: organization, metabolism, responsiveness, growth, development, reproduction, and adaptation.
Living things that breathe, move, eat, drink, and use energy. Some examples of living things are dogs, birds, humans, snakes, and fish. Trees and other flora are also living organisms Non-living things are resource-based, water, air, ground or are a man-made product such as furniture or chemicals
One example of things that are similar to living things but do not fit all of the seven criteria of life is viruses. Viruses possess some characteristics of living organisms, such as the ability to replicate and evolve, but they lack cellular structure and cannot carry out metabolic processes on their own. Another example is prions, which are misfolded proteins that can cause infectious diseases, but do not have cells or genetic material of their own. These entities challenge our traditional understanding of life due to their unique properties and behaviors.
No, not all living things share the same seven properties of life. While these properties are commonly used to define life, there are exceptions and variations among different organisms. Some may exhibit these properties differently or have additional characteristics that contribute to their classification as living organisms.
Three of the seven characteristics that identify living things are growth, reproduction, and response to stimuli.
The seven characteristics that define living things are: organization, metabolism, responsiveness, growth, development, reproduction, and adaptation.
Inhaling is not one of the seven characteristics of living things. The seven characteristics typically include: movement, respiration, sensitivity, growth, reproduction, excretion, and nutrition. Inhaling falls under the process of respiration.
The Seven Characteristics of Living Things are:FeedingMovementBreathing or RespirationExcretionGrowthSensitivityReproductionAlso, humans have needs to do and create.Examples of non-living things:A car moves and needs air exchange to "move" but it doesn't breathe on its own. It does not do any of the other things though of a living thing.A washing machine moves but does not fit anything else that lives.
It can have some of the seven characteristics but not all of them
There are seven characteristics of living things. An organism must be composed of cells, have different levels of organization, use energy, respond to its environment, grow, reproduce, and be able to adapt to their environment.
living things breathe and move. non-living things dont....Living things consist of seven characteristics:Responds to stimuliGrows and developsReproducesUses Energy/MetabolismEvolvesMade up of one or more cellsHomeostasis
The seven characteristics that all living things share are: 1. Order 2. Regulation 3. Growth and Development 4. Energy Processing 5. Response to the Environment 6. Reproduction 7. Evolutionary Adaptation
seven. the first letters of them spell MRS FERG. cant remember what exactly they are though
Living things that breathe, move, eat, drink, and use energy. Some examples of living things are dogs, birds, humans, snakes, and fish. Trees and other flora are also living organisms Non-living things are resource-based, water, air, ground or are a man-made product such as furniture or chemicals
One example of things that are similar to living things but do not fit all of the seven criteria of life is viruses. Viruses possess some characteristics of living organisms, such as the ability to replicate and evolve, but they lack cellular structure and cannot carry out metabolic processes on their own. Another example is prions, which are misfolded proteins that can cause infectious diseases, but do not have cells or genetic material of their own. These entities challenge our traditional understanding of life due to their unique properties and behaviors.
Living things exhibit characteristics such as growth, reproduction, response to stimuli, metabolism, and organization. They also have the ability to adapt to their environment and maintain homeostasis.