In this lesson, we will use our knowledge of place value to solve different worded problems where we will have to select numbers that have certain properties from a set.
In this lesson we will describe how the movement and spacing of the particles is different in solids, liquids and gases, draw accurate diagrams to represent the particle arrangement in solids, liquids and gases, and use the particle model to explain properties of solids, liquids and gases.
In this lesson, we will use our knowledge of place value to solve different worded problems where we will have to select numbers that have certain properties from a set.
In this lesson, we will use our knowledge of place value to solve different worded problems where we will have to select numbers that have certain properties from a set.
In this lesson we will describe diffusion in terms of particles and high or low concentration, and use the particle model to explain why diffusion is different in solids, liquids and gases.
In this lesson we will describe gas pressure, explain the effect of gas pressure on containers, and describe and explain the effect of temperature on gas pressure in terms of particles.
In this lesson we will discuss the role of gametes in reproduction, and ways in which probabilities of offspring outcomes can be determined from parental genotypes.
In this lesson we will use a pedigree chart to indicate inheritance of a particular trait, identify heterozygosity/homozygosity from the diagram and identify the mode of inheritance from a pedigree.
In this lesson, we will use our knowledge of place value to solve different worded problems where we will have to select numbers that have certain properties from a set.