It’s 75%. You look at the box on the right labelled ‘malnourished’. The 3 lines that make the box and whisker plot split the data into 4 groups of 25% which in total equals to 100% (25X4=100). The questions asks what percent of malnourished children are under the 33.5 percentile so you count how many sections of 25% are below 33.5. There are 3 sections which is 25 X 3 which equals 75% (your answer). 75% of malnourished kids are under the 33.5 percentile and that means that only 25% is above that. I hope that made sense bro
Please do paper 2!!❤️ I write on Monday
I will upload the full paper on Saturday in the afternoon.🩷🩷
Same here sis. 😭 All the best btw
Your fomulaes of Probability and tax rebate are surely going to help me today thank you for that❤️
I'm happy that you understood them all the best for today my angel.🌸🌸🙏🏾
@@distancelearningwithlee I wrote pretty well thank 7 senglinde amaResults nJe kphela😅
Thanks❤
Thank you❤
dankie mei sister
You're welcom🩷
Waiting😅
you're a life saver
I'm in the business of saving my students lives😅🩷, I am glad I could help.
what is the awnser to 3.3.1 and how do i calculate it
It’s 75%. You look at the box on the right labelled ‘malnourished’. The 3 lines that make the box and whisker plot split the data into 4 groups of 25% which in total equals to 100% (25X4=100). The questions asks what percent of malnourished children are under the 33.5 percentile so you count how many sections of 25% are below 33.5. There are 3 sections which is 25 X 3 which equals 75% (your answer). 75% of malnourished kids are under the 33.5 percentile and that means that only 25% is above that.
I hope that made sense bro
@ i figured it out, its 33.5 +1.1+9.5 =44.1 = 33.5X100 /44.1=75.964 but u cant round a child up so it stays 75
@ i figured it out
@@leading_sky7966 it’s also easier to just count the quartiles, then you don’t need to do any calculations and you still get the mark :)
@@milksIices can you explain please?
I think I'm in love with you😅❤️Ngyabonga btw
😅 you're most welcome my angel.🩷