The concept Le Chatelier's principle is used here to determine the effect of change of concentration, pressure and temperature on the state of equilibrium.
What is Le Chatelier's principle?According to Le Chatelier's principle, If a system in equilibrium is subjected to a change in concentration, pressure or temperature the equilibrium shifts in the direction that tends to reduce the effect of the change.
Here adding CaO increases the rate of forward reaction. If the concentration of any reacting species is increased, the equilibrium will shift in the forward direction.
The given reaction is exothermic in forward direction. So the increase of temperature shift the equilibrium to the backward direction and the decrease in temperature shift the equilibrium to the forward direction.
Here increasing pressure will shift the equilibrium to the forward direction accompanied by a decrease in the number of moles.
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What genotype will appear in box 4?
Answer:
tt
Explanation:
put the two letters that are in the same vertical and horizontal row together
Making wire from a block of copper.
Physical Change
or
Chemical Change?
Answer:
physical
Explanation:
Answer:
Physical Change ...........
The sardines are not the jellies’ resource population or consumer population, but they still caused the jelly population in North Benguela to increase. How did this happen?
(there's no science option)
Answer:
this is happened because of the rising demand of the sardine fish in that area
Explanation:
which of these objects in the solar system have impact craters.
The Moon
Earth
Mars
Answer: The moon
Explanation: hope this helps.
the moon because it's the closest
Temperate grasslands have trees and shrubs
True or false
Temperate grasslands have trees and shrubs. This statement is false.
What do temperate grasslands have?Cold winters and mild, rainy summers are characteristics of temperate grasslands. Every year, grasses wither to their roots, and the soil and sod shield the roots and young buds from the winter cold or dry circumstances.
Because of the lack of rainfall, this biome may have a few trees along the streams, but not many.
The correct amount of rain and other factors aren't present in grassland ecosystems for trees to flourish, yet there is enough rain for grass to grow and cover the ground there. The length of the grass in grassland ecosystems can vary depending on the precise amount of rainfall.
Thus, Temperate grasslands do not have trees and shrubs.
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Identify the state of matter: Takes the shape of the container that it's in,
particles are very far apart, particles have high thermal energy.
The state of matter that is described is a gas; in a gas, the particles are not held together in a fixed arrangement like in a solid but are instead free to move and take on the shape of their container.
What is gas property?The state of matter being described here is gas. In a gas, the particles are not held together in a fixed arrangement like in a solid but are instead free to move and take on the shape of their container. Gas particles are very far apart from one another compared to particles in solids and liquids, which allows them to easily flow and diffuse. Gases also have high thermal energy, meaning their particles are in constant motion and collisions between particles are frequent. This results in gases expanding to fill any available space and exerting pressure on the walls of their container.
Hence, the state of matter that is described is a gas, as in a gas the particles are not held together in a fixed arrangement like in a solid but are instead free to move and take on the shape of their container.
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Why is diversity in the field of science important?
Answer:
Scientific progress relies on problem solving and collaboration. Groups composed of people with diverse experiences and areas of expertise tend to be more creative and innovative. Asking questions drives science forward, and scientists with different perspectives often ask different questions.
Explanation:
Place the following taxonomic ranks in order from most specific to least specific. A) Order; B) Phylum; C) Family
The taxonomy is a branch of biology which classifies the living things. It was given by Carolus Linnaeus. The taxonomic ranks in order from most specific to least specific is family, order and phylum.
What is Taxonomic Hierarchy?The process of arranging different kinds of organisms into successive levels of the biological classification either in a decreasing or an increasing order from kingdom to species and vice versa is known as Taxonomic hierarchy.
Each level of the hierarchy is defined as the taxonomic category or rank. In this system of classification, Kingdom is always ranked the highest which is then followed by division, class, order, family, genus and species.
The correct order of Taxonomic Hierarchy is:
Kingdom - Phylum - Class - Order - Family - Genus - Species.
The species is the lowest level of the taxonomic Hierarchy. This can be further divided into sub-species.
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