According to Jean Piaget's theory
exposure to linear equation, techniques of solving
it and pair of linear equations are assimilation
introduction of linear equation and learning techniques of solving it are assimilation, and extending the concept to pair of linear equations may raise problem of accommodation
introduction of linear equation and learning techniques of solving it are assimilation, and extending the concept to pair of linear equations may raise problem of accommodation
introduction of pair of linear equations and
techniques of solving it are assimilation and connecting it to basics of linear equation is accommodation
Class VI students were given the following layout of a house
The students were asked to find out the
A. perimeter and area of each room
B. total perimeter and total area of the
house.
The above activity can be used by teacher as
formative assessment task because
the students will find the task interesting and
will not disturb each other
it will remove the phobia of Maths examination
it will be easy for teacher to engage all the students for 40 min period
the students' responses will help teacher to diagnose their understanding regarding finding dimensions, calculations, knowledge of formulae for perimeter and area etc.
Student's ability to apply the concept of square roots in real life situation can be assessed through the following problem.
Find the smallest number that may be subtracted from 5607 to get a perfect square
2025 plants are to be planted in a garden in such a way that each row contains as many plants as the number of rows. Find the number of rows and number of plants in each row
Find the smallest square number that is divisible by each of the numbers 4, 9 and 10
Calculate the square root of 25600
In 1999, the population of a country was 30.3 million. The number which is the same as 30.3 million is
3030000
3030000000
303000000
30300000
1f 800880 = 8 x 10x + 8 x 10y + 8 x 10z where x, y and z are whole numbers, then the value of x + y + z is
6
5
11
8
One factor of x4 + x2 + 1 is
x2 - x + 1
x2 - x - 1
x2 + 1
x2 + x - 1
D.
x2 + x - 1
Given expression = x4 + x2 + 1
On adding and subtracting x2 , we get
The scale of a map is given as 1:10000. On the map, a forest occupies a rectangular region measuring 10 cm x 100 cm. The actual area of the forest (in cm)
10
1
1000
100