To calculate the cost of 2m 10cm at 40p per meter, first convert 2m 10cm to centimeters. 2m is equal to 200cm, so in total, we have 210cm. Next, divide the total centimeters by 100 to convert to meters, which equals 2.1m. Finally, multiply 2.1m by 40p to find the total cost, which is 84p.
84
40p per kilo is cheaper, here is why, spend 40p on a kilo, 1 kilo = 2.2 pounds, so 40p would get you 2.2 pounds, that works out at just under 20p per pound.
0.63p
i dont no
If a sari uses 3.58 meters of material and the material costs 6.98 per meter you calculate the cost: 3.58 meters x 6.98 per meter = 24.9884 24.9884 or if rounded to whole pennies 24.99
84
10 centimeters = 0.10 meters At 2.50 per meter, it would cost 0.25
That's 40p times 5.2 (£0.40) which £2.08 208p
10cm a year tuto
To find the cost of 500g when 200g cost 40p, you first need to determine the cost per gram. Divide the cost of 200g by 200 to get the cost per gram (40p / 200g = 0.2p per gram). Then, multiply the cost per gram by 500g to find the total cost for 500g (0.2p * 500g = 100p). Therefore, the cost of 500g would be 100p.
40p per kilo is cheaper, here is why, spend 40p on a kilo, 1 kilo = 2.2 pounds, so 40p would get you 2.2 pounds, that works out at just under 20p per pound.
Well, darling, to convert cost per square meter to cost per lineal meter, you need to know the width of the material. Once you have that, simply divide the cost per square meter by the width in meters to get the cost per lineal meter. It's as easy as pie, honey. Just remember, math doesn't have to be boring!
1kg ~= 2.2lb (slightly over) 45p per 1/2 kg = 90 per kg 40p per lb ~= 88p per kg ⇒ 40p per pound is cheaper.
4.6921 per meter.
You cannot - you need information about the width.
40p/min.
Multiply by 1.19599