0
huhuh;u;ufuuhiuuhe;;ihoiqljnhcnceujnkjcueckjn;kjnek;bkcbgkwefuiuhuehndbab;ikfniehuhfiujnue;iinuebvun;kandj;opaodcbjbkehgiwjdhdqlkdjohwiufhviuwnciucfepiuhfciphufiuhfiuhejveiu;hflindchelyfiuenv d hhiu ukubf hb bkub;iuikubf b i bbk bi b ukbfweufuebfwbfuj i u ubruiebfebuieifbbujfb ui
What else can I help you with?
Living things get all the materials they need from their?
Living things get all the materials they need for growth, maintenance, and repair from their environment. They obtain these materials through processes like eating, breathing, and absorbing nutrients.
What processes do non living things have in common?
Not living.
What is two ways living and nonliving things deffer?
Living things can grow, reproduce, consume energy, and respond to stimuli, while nonliving things do not exhibit these characteristics. Living things have cells and follow biological processes, whereas nonliving things do not have cells or biological processes.
What is One important difference between living things and non living things is that only living things have?
One important difference between living things and non-living things is that only living things have the ability to grow, reproduce, and respond to stimuli from their environment. Living organisms maintain homeostasis, utilize energy, and undergo metabolic processes to sustain life. In contrast, non-living things do not exhibit these biological functions or processes.
Which two processes are common to all living things?
your dad
Living things get all the materials they need from their?
Living things get all the materials they need for growth, maintenance, and repair from their environment. They obtain these materials through processes like eating, breathing, and absorbing nutrients.
What formed from materials that were not a part of living things?
Certain minerals, rocks, and elements are examples of materials that were not part of living things. These materials form naturally in the Earth's crust through geological processes like cooling of magma or precipitation from solution.
Important materials from earth that living things need?
Living things on Earth need materials such as water, oxygen, carbon, and nitrogen to survive. These materials are essential for processes like respiration, photosynthesis, and building biological structures. They are interconnected in the planet's ecosystems to support life in various forms.
What processes do non living things have in common?
Not living.
Which is the called living things?
Living things refer to anything with self-sustaining biological processes.
What is two ways living and nonliving things deffer?
Living things can grow, reproduce, consume energy, and respond to stimuli, while nonliving things do not exhibit these characteristics. Living things have cells and follow biological processes, whereas nonliving things do not have cells or biological processes.
What is One important difference between living things and non living things is that only living things have?
One important difference between living things and non-living things is that only living things have the ability to grow, reproduce, and respond to stimuli from their environment. Living organisms maintain homeostasis, utilize energy, and undergo metabolic processes to sustain life. In contrast, non-living things do not exhibit these biological functions or processes.
What is The release energy in living things called?
life processes
How many processes must living things carry out?
4
Which two processes are common to all living things?
your dad
What is the name of a scientist who studies processes of all living and all dead things?
Pathologists are medical doctors who specialise in the study of causes of death.
Living things obtain and use materials and?
Living things obtain and use materials and nutrients from their environment to carry out essential life processes such as growth, reproduction, and maintaining homeostasis. This includes obtaining energy by consuming food, water, and oxygen, as well as extracting essential nutrients required for survival. Organisms have evolved various mechanisms to obtain and utilize these materials efficiently to support their biological functions.
