Titanium weighs .162 pounds per cubic inch. This is as far as I can get to addressing your question due to the lack of dimensions. If you could give me a rough estimate on the diameter of the rods and how many spacers you have, I can get you a decent estimate. Edit this answer with a little more estimates and I can update my answer.
I'll assume the rod is half inch diameter.
2(Pir2h)*.162 = weight of both the rods.
2(3.14 x .252 x 14) x .162 = .89 lbs with no spacers.
Why not. Spacers do not change the ride.
If you mixed titanium with anything, you would then have a titanium mixture.
Half of fourteen would lead to 7
Titanium is a metallic element.
about 120 to 130 pounds but if ur 135 its not over weight, 145 would b
14 = fourteen
I would say yes because it hurts for me to even chew my spacers.
If the density of titanium metal is 4.51 g per cm cubed at 25 degrees C, the mass of titanium that displaces 65.8 ml of water at 25 degrees C would be 29.7 g.
there are fourteen chocolate bars. i am fourteen years old. that cat lady has collected fourteen cats so far
Titanium is usually an alloy just like aluminum. It is impossible to harden a titanium alloy beyond Rockwell C in the mid 40s. Most knives are also alloys of steel. Usually stainless steel and heat treated to a hardness of high 50s to low 60s. But a sword needs to treated to the low 50s because of the shock they will receive from a strike. The answer is to use a titanium alloy coating over steel to give hardness while limiting brittleness. Titanium alloys such as titanium-carbide, titanium-nitride or titanium-carbo-nitride (black coating) can be used. An example would be the gold drill bits. They are usually titanium alloy or more commonly a tungsten alloy. These alloys can reach a hardness of Rockwell C 85, but when used as a coating, it merely allows the blade to hold an edge and does not strengthen the overall structure. Although a full titanium alloy blade would be possible, it must consist of a softer inner core. This would not strenghthen the blade but would reduce weight.
Fourteen as a Roman numeral would be XIV
it because titanium is a metal that does not get on fire or hot