1% of 400 is 4 24% of 400 is 4x24 is 96 24% of 400 is 96
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
4X24
4x23=92 and 4x24=96.Hence 92 and 96.
1% of 400 is 4 24% of 400 is 4x24 is 96 24% of 400 is 96
1x96 2x48 3x32 4x24 6x16 8x12
6 gal 1 gallon = 4 quarts 1 quart = 0.25 gallon
4x24=96 20 x 4 = 80 4 x 4 = 16 80 + 16 = 96
The historically correct scope would be a NPZ manufactured PSO-1. These are kind of hard to find, but Zenit Belomo makes an almost exact copy, a POSP 4x24. These are plentiful, quite cheap, you won't be able to tell a difference (definitely not on an airsoft rifle) and it will look the same to anyone else.
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...
6
In simple terms, negative numbers don't have square roots. If you multiply a number by itself, you can never get a negative number for the answer. Square a negative or a positive, you get a positive; square zero, you get zero.Now, if you get fancy, you could say that while a negative number has no real square roots, you can make one up by inventing the imaginary number i, which is the number that when squared, equals -1. Then you can say that sqrt (-96) = [ sqrt(-1) ] * [ (sqrt(96) ] = i*sqrt(96). From here, you can go ahead and simplify sqrt(96) ...Look for a perfect square factor, and take it out of the root: 96 = 4x24 = 4x4x6 = 16x6; sqrt(96) = sqrt(16)*sqrt(6) = 4sqrt(6).So sqrt(-96) = i*4sqrt(6), which is customarily written as 4isqrt6(You would write a radical sign wherever it says "sqrt" above.)
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
When smoothing large, flat surfaces, especially really rough ones, nothing beats the high speed and brute strength of a belt sander. This heavy tool accepts sanding belts, which are continuous loops of reinforced abrasive cloth that fit over two cylindrical drums. The tool's motor drives the rear drum while the front drum spins freely. A tension-release lever allows you to easily slip the belt onto the drums. To keep the belt running true, most sanders have a tracking adjustment knob that you can turn to center the belt. When smoothing flat boards, always sand parallel with the wood grain to avoid scratches, and keep the sander moving at all times so you don't sand a depression. Belt sanders are also ideal for smoothing the narrow edges of boards. However, it's best to clamp several boards together and sand all the edges at the same time. This technique, known as gang sanding, not only saves time but also produces better results because you're not trying to balance the wide sanding belt on the narrow edge of a single board. A belt sander is also great for removing an old finish, such as paint, varnish, or stain. Always start with a coarse 60-grit belt and work your way progressively through finer and finer grits until you reach the desired level of smoothness. (The larger the number, the finer the grit. So use progressively higher numbers.) Again, sand parallel with the wood grain and don't press down too hard or you'll clog up the abrasive belt. Let the weight of the tool provide the right amount of pressure. Belt sanders come in four standard sizes, which refer to the size belt they accept: 3x18 inch, 3x21 inch, 3x24 inch, and 4x24 inch. The 3x21-inch model is the most popular size; it provides the best combination of speed, power, and balance. The 3x18-inch size is compact and easier to control, so it might be better for novices and users with smaller hands. A 3x24-inch model provides a bit more sanding surface than a 3x21-inch sander, but it's also less stable and a bit harder to control. A 4x24-inch sander is designed for heavy-duty sanding of large, flat surfaces. Unfortunately this behemoth is hard to control and can cause more damage than good in the hands of an inexperienced DIYer.