To make 50p using addition, you can combine different coin values. For example, you could add one 20p coin, one 10p coin, and three 10p coins: 20p + 10p + 10p + 10p = 50p. Alternatively, you could use five 10p coins: 10p + 10p + 10p + 10p + 10p = 50p. There are various combinations of 1p, 2p, 5p, 10p, 20p, and 50p coins to reach the total.
To determine the number of ways to make up 50p using 1p, 2p, 5p, 10p, 20p, and 50p coins, you can use a combinatorial approach or dynamic programming. The problem can be solved by calculating the different combinations of these coins that sum to 50p. The total number of combinations is 341.
To find the number of ways to make 50p using the given coins, we can use a technique called dynamic programming. We can create an array of size 51 to store the number of ways to make each value from 0 to 50p. We initialize the first element as 1 (since there is one way to make 0p), and then iterate through each coin denomination, updating the array based on the current coin value. Finally, the value at index 50 of the array will give us the total number of ways to make 50p using the given coins.
To find how many ways to make 1 pound (100p) using 50p, 20p, and 10p coins, we can break it down by considering the combinations of these coins. The possible combinations include using 0, 1, or 2 of the 50p coins, and then filling the remaining amount with 20p and 10p coins. For each scenario with the 50p coins, we can calculate different combinations of 20p and 10p coins that sum up to the remaining amount. The exact count of combinations can be determined through systematic counting or combinatorial methods.
10 because 50p x 10 = 500 p = £5
Two fifths of 50p can be calculated by multiplying 50p by the fraction 2/5. This gives you (2/5) * 50p = 20p. Therefore, two fifths of 50p is 20p.
No, the closest you can get is 40p using 2 x 20p coins.
21 ways
There are 47 ways using 5p, 10p, 20p and 50p.
To find the number of ways to make 50p using the given coins, we can use a technique called dynamic programming. We can create an array of size 51 to store the number of ways to make each value from 0 to 50p. We initialize the first element as 1 (since there is one way to make 0p), and then iterate through each coin denomination, updating the array based on the current coin value. Finally, the value at index 50 of the array will give us the total number of ways to make 50p using the given coins.
There are 47 ways.
There are 201 ways.
Oh, what a happy little question! You can make one pound using different combinations of coins. You can use 100 one-penny coins, or 50 two-penny coins, or 20 five-penny coins, or 10 ten-penny coins, or 5 twenty-penny coins, or 2 fifty-penny coins. Just mix and match those coins and let your creativity shine!
Use 50p, 20p, 20p, 5p and two 2p coins.
10 because 50p x 10 = 500 p = £5
10
50p
50% of 50p =50%/100% * 50p = 0.5 * 50p = 25p