You can get 70 sweets for 1.40 if they are 2 each.
To find the total number of parts in the ratio, we add the parts together: 2 + 3 + 4 = 9 parts. To determine the value of each part, we divide the total number of sweets by the total number of parts: 126 sweets / 9 parts = 14 sweets per part. Finally, we multiply each person's share by their corresponding ratio part: Kaitlin gets 2 parts x 14 sweets = 28 sweets, Deasia gets 3 parts x 14 sweets = 42 sweets, and Aisha gets 4 parts x 14 sweets = 56 sweets.
12100 exactly
Oh, dude, math time! So, if the headmaster brings in 423 sweets and each child gets 16, you just divide 423 by 16 to find out how many children get 16 sweets. That's like, around 26 children. But hey, who's counting anyway, right?
it's a fact that they're one million, millions in a bag of millions!
The strongest leefram is 700G
That is 3.086 cups.
700g is 1.54 (1.54324) lbs.
It depends on the weight and not count. each sweet has a specific gram value. Whilst the machine loads in x amount of each sweet. if there is a small differential in weight it is made up by the system adding in an extra sweet(s) to reach the value
1.54323584 pounds
there are so many sweets in England you can never be sure how many there are.
There are a number of websites one can purchase retro sweets from online. One can purchase many retro sweets from 'MyCandyShop', 'We Luv Sweets' and 'Zap Sweets'.
You can get 70 sweets for 1.40 if they are 2 each.
It is equal to 1.543 pounds approximately. Kilogram is the metric unit and pound is the imperial unit for mass. 1 Kilogram is 2.204 pounds. So we multiply kg by 2.204 to get the equivalent pounds.
That depends an the bag and the sweets. You need to be more specific.
Nnira has 5 sweets because 9 - 4 = 5
I have just calculated that there are 114 sweets in a 1.1kg tin (this is calculated by the twelve individual sweets weighing 116g / 12 = 9.6 recurring (average weight per sweet). 1100g / 9.6 recurring = 114 rounded up.