One fifty pence and one five pence, one of them is not a five pence.
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A percentage number is that number divided by 100, so 10% is 10/100 The word "of" in mathematics means "multiplied by" as in "3 groups of 4" which is 3x4. So the question can be written as 10/100 x 55p This is now an easy sum with the answer 5.5p Thus 10% of 55p is 5.5p
To find the number of ways to make 55p using 5p, 10p, 20p, and 50p coins, we can use a combinatorial approach or a dynamic programming method. The problem involves counting combinations of these coins that sum to 55p. By systematically testing combinations of each coin type, we can determine the total number of unique combinations. The exact number can be computed using combinatorial algorithms or programming, but it typically results in several combinations due to the variety of coin values.
This could not be done, unless one of them is not a 50p, but the other is, so 50p and a 5p.
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55p = LVp
You need to add (1.65-55p)
If you are using integers, it is prime.
A percentage number is that number divided by 100, so 10% is 10/100 The word "of" in mathematics means "multiplied by" as in "3 groups of 4" which is 3x4. So the question can be written as 10/100 x 55p This is now an easy sum with the answer 5.5p Thus 10% of 55p is 5.5p
$1.07
They can be anywhere from 55p-5pounds, (around 1$- 5$ish)
=55p - small single bar==£.50 for larger bars==£3.00 for multi bars=
They are from 55P/Tempel-Tuttle (commonly known as Comet Tempel-Tuttle). It comes around every 33 years or so, it last came by in February 1998. 55P/Tempel-Tuttle is estimated to have a nucleus of mass 1.2×10 to the power 13 kg and radius 1.8 km or diameter of 3.6km
They are from 55P/Tempel-Tuttle (commonly known as Comet Tempel-Tuttle). It comes around every 33 years or so, it last came by in February 1998. 55P/Tempel-Tuttle is estimated to have a nucleus of mass 1.2×10 to the power 13 kg and radius 1.8 km or diameter of 3.6km