12 inches in a foot so 30x12= 360 so 360 inches in 30 ft
Thirty dozen is 30x12=360 gloves. Each individual gets two gloves so 360/2=180 people would have pair of gloves. This assumes all individuals have to hands.Alternately. 30 dozen gloves is 30/2=15 dozen pairs of gloves or 15x12=180 pairs. 1 pair per person meets the needs of 180 people.
360
12 inches in a foot so 30x12= 360 so 360 inches in 30 ft
As to the second part of your question, of course, if you memorized the answer you could answer it quickly, or if you solve 30x12 and then add 12 to that answer. doing it like that may be helpful.
30x1= 30 30x2= 60 30x3= 90 30x4= 120 30x5= 150 30x6= 180 30x7= 210 30x8= 230 30x9= 270 30x10= 300 30x11= 330 30x12= 360 UR WELCOME!
34x-12 = 22
Well, it depends on the size of heat pump and the size of pool! However, a 30x12 ft, 2-3.5ft deep pool with an 18kw heater will take 4 to 5 days.
Well it depends. A Shetland is 115mL A pony is 140mL A seven is 200mL A pot or midi is 285mL. A schooner is 425mL A pint is 568mL (512mL in the US) A Stein is 1000mL
Thirty dozen is 30x12=360 gloves. Each individual gets two gloves so 360/2=180 people would have pair of gloves. This assumes all individuals have to hands.Alternately. 30 dozen gloves is 30/2=15 dozen pairs of gloves or 15x12=180 pairs. 1 pair per person meets the needs of 180 people.
I will try and go over this as simple as possible, as it can be a little complex. The formula for calculating your monthly mortgage payment is: M = P * (i / (1 - (1+i)^-T)) M - is the monthly payment P - is the principle i - is the monthly interest T - is the term First convert your interest (i) to a decimal 3% interest / 100 = .03 Then divide .03 by 12 months = .0025 M = P * (0.0025 / (1 - (1+0.0025)^-T)) (1+0.0025) = 1.0025 M = P * (0.0025 / (1 - (1.0025)^-T)) Next add in your Term, in this case it is 30 years (30x12=360 months) T=360 M = P * (0.0025 / (1 - (1.0025)^-360)) 1.0025 to the -360 power. For this you need to turn the negative exponent to a positive exponent, which means fractions! 1 --------------- = 0.40703 1.0025(360) M = P * (0.0025 / (1 -0.40703)) (1 -0.40703) = 0.59297 M = P * (0.0025 / 0.59297) (0.0025 / 0.59297) = 0.00422 M = P * (0.00422) P is the Principle, or the total amount that you are borrowing. In this case P = $250,000 M= $250,000 * 0.00422 M = $1055 So the monthly payment would be $1,055
First, a fuse with a current rating, 30 amp, is designed to allow current to flow thru the circuit or equipment or part of your car that uses or requires 30 amps and actually a bit less. If the current in the circuit, wires etc exceeds 30 amps, the fuse will open (a metal strip that burns some call it blown but it is actually an open so the excess current cannot damage the circuit or wiring it is associated with. Now, there are basic formulas you can use to calculate wattage (actually Power P) which would be the power rating let's say for the equipment you may be asking about. If your circuit is designed to use say 30 amps and it's in a car (12volt battery) the general formula would be P=IV=30x12=360w. If the equipment has a power rating and you have 12v then I (current)=P/V. The equipmet could be considered a Load (resistance R), you can calculate the current that would be drawn or used in the circuit by P=V2/R (that's V squared not x2) or P=I2R(I squared, not times 2). You can transpose ohms law to find R (the Load) Where V=IR so R=V/I. That's the best I can do not knowing more.
There are many mortgage calculators that you can use online. Generally, you need to take the price of your home and the interest rate on your loan, as well as the length of your mortgage. Plug these number into a mortgage calculator and you can find your estimated monthly payment. The explanation and formula for calculating your monthly mortgage payment is: M = P * (i / (1 - (1+i)^-T)) M - is the monthly payment P - is the principle i - is the monthly interest T - is the term First convert your interest (i) to a decimal 3% interest / 100 = .03 Then divide .03 by 12 months = .0025 M = P * (0.0025 / (1 - (1+0.0025)^-T)) (1+0.0025) = 1.0025 M = P * (0.0025 / (1 - (1.0025)^-T)) Next add in your Term, in this case it is 30 years (30x12=360 months) T=360 M = P * (0.0025 / (1 - (1.0025)^-360)) 1.0025 to the -360 power. For this you need to turn the negative exponent to a positive exponent, which means fractions! 1 --------------- = 0.40703 1.0025(360) M = P * (0.0025 / (1 -0.40703)) (1 -0.40703) = 0.59297 M = P * (0.0025 / 0.59297) (0.0025 / 0.59297) = 0.00422 M = P * (0.00422) P is the Principle, or the total amount that you are borrowing. In this case P = $250,000 M= $250,000 * 0.00422 M = $1055 So the monthly payment would be $1,055
You can do it, but it isn't exactly straight forward. Here is the basic formula that you will need to follow:M = P * (i / (1 - (1+i)^-T))M - is the monthly paymentP - is the principlei - is the monthly interestT - is the termSo, we buy a house for $200,000 with a 3% interest rate, and the term of the mortgage is 30 years (360 months)Convert the interest from percentage to decimal, and then to monthly.3% divided by 100 = 0.03 and then 0.03 divided by 12 months = 0.0025So i = 0.0025Add in your Term, in this case it is 30 years (30x12=360 months)T=360Break the calculations into sections, doing the innermost parenthesis firstM = P * (0.0025 / (1 - (1+0.0025)^-360))(1+0.0025) = 1.0025M = P * (0.0025 / (1 - (1.0025)^-360))This next part is the most complex. You have to deal with a negative exponent. 1.0025 to the -360 power. To do this you have to convert the negative to a positive.On your scientific calculator, you will need to use the button that has an X with a small y above it. This is the "power" or exponent button.Enter 1.0025 xy 360 = 2.45684Then divide 1 by 2.45684 = 0.40703The rest is relatively simpleM = P * (0.0025 / (1 - 0.40703))1 - 0.40703 = 0.59297M = P * (0.0025 / 0.59297)0.0025 Divided by 0.59297 = 0.00422P is our principle, which is $200,000. Multiplying 200,000 by 0.0042 will give us a monthly mortgage payment of $844M = $844 per month