The cost effectiveness of the heating system depends on the initial cost of the system and the operating costs. These will vary depending on the local utility rates and financing options. The most cost effective based on initial investment is a gas heater. These are less expensive up front. The most cost effective on the operating side is a heat pump. These units are more expensive upfront but cost up to 70% less to run. Over the long term, the heat pump is by far more cost effective but it will cost you more upfront. If you can find a financing option for the heat pump it is your best bet.
2,272.6 cubic feet.
1% of 17000 = 1% * 17000 = 0.01 * 17000 = 170
17000
17000
Our 1600cc '72 engine gets about 25mpg in town...it has been rebuilt and has 17000 miles on it.
10% of 17000 = 17000*10/100 = 1700
It is 17000%.
20% of 17000 = 20% * 17000 = 0.2 * 17000 = 3400
1% of 17,000= 1% * 17000= 0.01 * 17000= 170
15% of 17,000 = 15% * 17000 = 0.15 * 17000 = 2,550
-17000 - 60000 = -77000 ÷ -17000 is a 453% increase.
20% of 17000 = 20% * 17000 = 0.2 * 17000 = 3400