Answer:
For chemical reactions where the free energy of the reactants is much greater than the free energy of the products (DGo' < 0), the reaction proceeds spontaneously and the net result is a large ratio of product to reactant (large Keq).
Explanation:
What is the derived Sl unit for quantities of energy?
A. Newton
B. Mole
C. Joule
D. Kilogram
Answer:
C. Joule
Explanation:
Energy can be defined as the ability of an individual to do work per unit time.
There are different types of energy and these includes mechanical energy, chemical energy, solar energy, electrical energy, nuclear energy, wind energy etc.
Also, there are two (2) forms of energy and these are;
I. Potential energy: it can be defined as an energy possessed by an object or body due to its position.
Mathematically, potential energy is given by the formula;
[tex] P.E = mgh[/tex]
Where;
P.E represents potential energy measured in Joules.m represents the mass of an object. g represents acceleration due to gravity measured in meters per seconds square. h represents the height measured in meters.II. Kinetic energy: it can be defined as an energy possessed by an object or body due to its motion.
Mathematically, kinetic energy is given by the formula;
[tex] K.E = \frac{1}{2}MV^{2}[/tex]
Where;
K.E represents kinetic energy measured in Joules. M represents mass measured in kilograms. V represents velocity measured in metres per seconds square.A derived unit can be defined as a unit derived through the multiplication of three (3) SI base unit; mass (kg) , length (m) and time (s).
Hence, the derived Sl unit for quantities of energy is Joules (m²kgs¯²).
Henry learned that without the right kind of energy, plants cannot survive. What form of energy is used by plants to perform photosynthesis? electrical electrical light light mechanical mechanical wind
Answer:
solar energy
Explanation:
All organisms need to have the proper environment for them to carry out the basic functions of life, such as nutrition. Explain why Deshawn's experiment supported this.
Answer and Explanation:
Nutrition enables the organisms to grow and reproduce. Plants require water, light, and essential nutrients to fulfill their biochemical needs. Plants obtain food in two ways. Autotrophic plants can prepare their food from water and carbon dioxide by photosynthesis in the presence of sunlight, such as green plants. Heterotrophic plants cannot prepare their food. They obtain nutrients from the host plant. Parasitic plants have no leaves and depend on their host for existence. A saprophyte plant obtains its food from dead matter. An insectivorous plant has left to digest and attract insects. Animals depend on other organisms to fulfill their nutritional needs. Animals are classified into three groups, such as herbivores, omnivores, and carnivores. Carnivores are meat eaters such as tigers and lions. Herbivores are plant eaters such as koalas, deer, and birds. Omnivores are both plants and animal eater such as chickens, humans, and bear. That why Deshawn’s experiment supports this statement is that all organisms need a proper environment to carry out essential life functions.
Answer:
Nutrition permits the organisms to develop and reproduce. Plants require water, light, and crucial vitamins to fulfill their biochemical needs. Plants acquire meals in two ways. Autotrophic plant life can put together their meals from water and carbon dioxide by means of photosynthesis in the presence of sunlight, such as inexperienced plants. Heterotrophic vegetation can't put together their food. They gain vitamins from the host plant. Parasitic flowers have no leaves and rely on their host for existence. A saprophyte plant obtains its meals from lifeless matter. An insectivorous plant has left to digest and entice insects. Animals rely on different organisms to fulfill their dietary needs. Animals are labeled into three groups, such as herbivores, omnivores, and carnivores. Carnivores are meat eaters such as tigers and lions. Herbivores are plant eaters such as koalas, deer, and birds. Omnivores are each flowers and animal eater such as chickens, humans, and bear. That why Deshawn’s test helps this assertion is that all organisms want a perfect surroundings to elevate out critical existence functions.
Explanation:
the breakdown of large, complex, molecules into smaller, simpler molecules is accomplished by a process known as? A. Dehydration Synthesis B. Induced Fit C. Hydrolysis D. Lock and Key Synthesis
Answer: C. Hydrolysis
Explanation:
In the process of hydrolysis, large complex molecules such as polymers are broken down into smaller, simpler molecules like monomers.
This is done through the use of water. The molecule that neds to be broken down is reacted with water and water then breaks the bonds of the complex molecule. The hydrogen ion in water goes to a molecule of the other reactant and the OH- goes to another molecule.
what gas did not appear in any measurable amount until about 2.0 BY BP?
Answer:
The correct answer is Oxygen.
Explanation:
2.0 BYBP means 2 billion year before present.
The theory of evolution holds that the the synthesis into primitive life forms of the basic chemical components of life such as carbon, nitrogen, hydrogen and oxygen occurred in an atmosphere without any oxygen.
The presence of oxygen in our plant today is explained by two processes.
They are:
Photosynthesis and One is photochemical dissociation. This refers to a reaction between the suns ultraviolet radiation and water molecules in the upper atmosphere. This photochemical reaction is said to have contributed to the oxygen in the plant today.The process of Photosynthesis which is the chief contributor of oxygen to the earths atmosphere is said to have spanned billions of years.
Cheers!
discribe the types and importance of biological tools and identify their function
Answer:
The answer is below
Explanation:
There are different types of biological tools, with each of them having different functions. However, for the sake of the question, some of the popular tools will be listed here.
1. Stockroom tools: this includes:
Beaker: this is essential to take or storing small substances
Bunsen Burner: this is important in the biological lab to heat a substance
Flask: this is essential in holding liquid substance.
Pipette: it forms of a lab spoon that is used in mixing substances to form a compound or mixture
2. Computer and Imaging system: this is important in image analysis and sequence-analysis programs
3. Cell cultures: this is used in the biological lab to enhance the complex cell differentiation required in the experimentation of animal cell structure
4. Microscopes: this is essential in determining and examining the microscopic organism that we can not see with our makes eyes
Why do we need reproduction
Answer:
what do you think
Explanation:
Answer:
Well we need production to produce more of our population to continue having our world go around. If all of us chose not to reproduce, we would essitinally kill our own humanity and spieces and wipe ourselves out. Making us EXCTINCT
Explanation:
Which of the following statements are TRUE regarding autotrophs? Click on ALL that apply.
1 point
Plants such as sunflowers are examples of autotrophs.
Autotrophs rely on other organisms for their energy and food supply.
Animals such as mice and squirrels are examples of autotrophs.
Autotrophs capture energy from sunlight or chemicals and use it to produce its own food.
Answer:
Plants such as sunflowers are examples of autotrophs.
Autotrophs capture energy from sunlight or chemicals and use it to produce its own food.
Explanation:
A plant is an autotroph because it captures energy from the sun to produce its own food (glucose).
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Answer:
The candle
Explanation:
It exposes the wax to a chemical change that is almost impossible to revert
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Answer:
A teacher lights a candle.
Explanation:
A physical change differs from a chemical change. The lighting of a candle is an example of a chemical change.
What is oh if enzymes
Which are examples of harmful mutations? Check all that apply.
A: One that causes a person to have a light patch of hair color.
B: One that changes a mouse's sure shape but not its eyesight
C: One that allows a moth to blend into its environment
D: One that reduces a bean plant's ability to make food
E: One that increases the plants susceptibility to disease
What happens to the levels of surface water and ground water during a drought
Answer:
What happens to the levels of surface water and groundwater during a drought? ... Surface water and groundwater levels decrease during drought. There is no change in the levels of surface water and groundwater during a. drought.
Explanation:
