Fractional Units as Parts of a Whole
Fractional Units as Parts of a Whole
Last updated at September 18, 2025 by Teachoo
Transcript
Question (a) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Letβs look at our whole chikki again So, itβs already divided into 24 equal parts And each part is π/ππ For part (a) These are 2 small parts of whole So, Fraction = π/ππ = π/ππ Question (b) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Comparing to whole Chikki There are 4 parts of whole So, Fraction = π/π Question (c) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Comparing to whole Chikki There are 8 parts of whole So, Fraction = π/π Question (d) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Letβs look at our whole chikki again There are 6 parts of whole So, Fraction = π/π Question (e) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Letβs look at our whole chikki again There are 8 parts of whole So, Fraction = π/π Question (f) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Letβs look at our whole chikki again There are 6 parts of whole So, Fraction = π/π Question (g) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Letβs look at our whole chikki again There are 24 parts of whole So, Fraction = π/ππ Question (h) - Figure it out (Page 155) The figures below show different fractional units of a whole chikki. How much of a whole chikki is each piece?Letβs look at our whole chikki again There are 24 parts of whole So, Fraction = π/ππ