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What do we understand by "being able to count"? Think about the following situation before you answer.
Example 1: Three year-old Mini could recite numbers from I to 20 in the correct sequence. Once, her grandmother asked .her to get twelve buttons from the heap of buttons lying in the drawer. Mini 'counted' till 12 as she picked up the buttons and handed them over. Her grandmother counted the buttons.
There were seven in all. She asked Mini to check whether she had really given Slier 12 buttons. Mini 'counted' again and said, "No, they are fifteen." Do you think Mini knows how to count? (Remember, she can recite number names in correct sequence from 1 to 20.)
Why do you think Mini could not pick up twelve buttons correctly?
Having reflected on these questions, try out the following activity with a four-year-old child in your family or neighbourhood.
how to divide a binaries
Mount Everest is 29,028 ft high. Mount Kilimanjaro is 19,340 ft high. How much taller is Mount Everest? Subtract Mt. Kilimanjaro's height from Mt. Everest's height; 29,028 - 19
Q. Illustrate Field Properties of Numbers? Ans. What the associative law of addition states is this: for any numbers a, b, and c,
x 4 - 25 There is no greatest common factor here. Though, notice that it is the difference of two perfect squares. x 4 - 25 = ( x 2 ) 2 - (5) 2 Thus, we can employ
Case 1: Suppose we have two terms 8ab and 4ab. On dividing the first by the second we have 8ab/4ab = 2 or 4ab/8ab = (1/2) depending on whether we consider either 8ab or 4ab as the
Write an octave program that will take a set of points {x k , f k } representing a function and compute the derivative at the same points x k using 1. 2-point forward di erence
real life applications of lengrange''s mean value theorem
Exercise 12c question number 24
how do you simplify ratios
the variables x and y are thought to be related by a law of the form ay^2=(x+b)lnx Where a and b are unknown constants. Can a and b be found and how.
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