1x48 2x24 4x12 6x8
48 3x16 or 2x24
1x48 2x24 3x16 4x12 6x8
It's 48 Hours because: There 24 Hours in a day so i did 2x24 or 24+24 =48 hours
P = 2l + 2w = 2x24 + 2x16 = 48 + 32 = 80 cm A = lw = 24 x 16 = 384 cm2
The number of hours in 6 months is 365/2x24, or 4380 hours. In that time the 100 watt bulb would consume 438 kWh, so the cost would be 43.8.
24 goes into 110 4 with 14 left over, as a fraction it would look like this: 4 14/24, just work out 2x24 then 3x24, 4x24 which is 96 and do 5x24 to see if you can go higher than 96 but not higher than 110
Perimeter of a rectangle is 2(length + width) This problem 2(L+W)-3 2(15+9)-3 2x24-3 48-3 45 feet baseboard. Don't make a mistake cutting.
The smallest multiple of both 3 and 8 is 24. The second multiple of these numbers is 2x24=48. The third is 3x24=72. The fourth is 4x24=96. 96 is the smallest one that is greater than 80. To find any other ones, use the pattern used above. 5x24=120 6x24=144 etc etc etc...
Yes,they will. But the bulbs won't be very bright: Current will flow through all the filaments. However, with 6 times the impedance the power in each bulb will be tiny, almost invisible. For example, a 12V 6W bulb has a resistance of 24 ohms. 6 of them will have a total resistance of 144 ohms (nominally, filament resistance changes with temperature). 12V divided by 144 ohms gives 83 mA current. Using P = I2R, each bulb will have (.083)2x24 W, or 1/6 W. In a very dark room you might see a faint orange glow, but not much more.