Yes. Convert to same units than compare 1 mm = 1/1000 m 1 dm = 1/10 m = (100×1)/(100×10) m = 100 × 1/1000 m = 100 mm → 3 dm = 3 × 100 mm = 300 mm 287 < 300 → 287 mm < 300 mm → 287 mm < 3 dm
0.1181102362 in Direct Conversion Formula 3 mm* 1 in 25.4 mm = 0.1181102362 in
Area = pi*4.52 = 63.617 square mm to 3 dp.
Yes
Diameter of the circle: 340/p = 108.225 mm rounded to 3 dp
3/16" or 0.1875" *** 7 gauge steel sheet is .1793", not .1875" *** Different metals have different thickness for their gauge...mild steel is .1793, aluminum is .1443, stainless steel is .1875
23.55 Kg.
around 2.67kg
.1406 inches or 3.57 mm thick. (USG)
Yes. Convert to same units than compare 1 mm = 1/1000 m 1 dm = 1/10 m = (100×1)/(100×10) m = 100 × 1/1000 m = 100 mm → 3 dm = 3 × 100 mm = 300 mm 287 < 300 → 287 mm < 300 mm → 287 mm < 3 dm
dd/mm/yyyy//Hebrew date//event 28/11/1793//Kistev 24, 5554//1 candle 29/11/1793//Kistev 25, 5554//2 candles 30/11/1793//Kistev 26, 5554//3 candles 01/12/1793//Kistev 27, 5554//4 candles 02/12/1793//Kistev 28, 5554//5 candles 03/12/1793//Kistev 29, 5554//6 candles 04/12/1793//Tevet 1, 5554//7 candles ( Rosh Chodesh Tevet) 05/12/1793//Tevet 2, 5554//8 candles 06/12/1793//Tevet 3, 5554//8th day of Hanukkah
St 37: tensile strengh = 370 N/mm 2 (newtons/mm sq.) St 42: tensile strength = 420 N/mm 2
Steel is technically an alloy - and as an alloy its composition and density varies greatly. The answer to your question varies greatly depending on which alloy you wish to calculate. Search on-line for "Properties of Alloy Steel __InsertAlloy Designation__" This will help you find the properties of a given steel alloy - let's use AISI 4140 steel alloy which is a VERY common steel alloy used in the production of numerous auto parts, firearms, assembly line machines, etc... A quick search reveals AISI 4140 Steel Alloy to have a density ranging between 7700 kg/m^3 to 8030 kg/m^3. Since you're not trying to find the weight of one full cubic meter, we can do an easy conversion of these units. 100mm x 100mm x 14mm = 0.14 m^3 --- 0.14 Cubic Meters. Now it's just a matter of mathematics. In order to find the weight (mass) of the steel we need to 'cancel' out the unit of cubic meters - multiply 7700 kg/m^3 X 0.14 m^3 - which cancels the cubic meters, and leaves you with a weight (mass) of 1078 kg. That's ONE end of the weight spectrum - now we need to do the same for the 8030 kg/m^3 X 0.14 m^3 = 1124.2 kg. SO, to answer your question - the weight of 1 meter of AISI 4140 Steel will be approximately between 1078 kg and 1124.2 kg. Converted to 'English' measurement that would be somewhere between 2376.58 lbs to 2478.44 lbs. Remember, it all depends upon the density of the whichever steel alloy you wish to calculate, and its respective density.
To calculate the weight of the steel plate, first calculate its volume by multiplying the dimensions (170x60x4 mm^3). Then convert the volume to cubic meters (1 m^3 = 1,000,000 mm^3). Finally, multiply the volume by the density of steel (usually around 7850 kg/m^3) to get the weight in kilograms.
Yes 1 cm is 10 mm. Figure out how many mm are in 3 cm (multiplication comes to mind?) Now compare the above value you got with 20 and decide for yourself which is bigger. Try it. You can do it. Good luck!
Unit weight of 22mm dia reinforcement steel bar is 3 kg per metre length - Answer by m. Velsamy mobile 09884585625
There are 4828032 mm in 3 [I guess: leagues].