It's for a extra/last resort bullet.
Yes, you can use Streamline darts with the Nerf Retaliator, however the performance will not be as good.
theres a hole in the bottom of the sea theres a hole in the bottom of the sea theres a hole theres a hole theres a hole in the bottom of the sea
No, the Nerf Retaliator does not have automatic firing. It is a semi-automatic blaster, meaning that you need to manually prime and fire each shot. The Retaliator is designed for versatility and can be customized with different attachments, but it does not feature an automatic firing mechanism.
A is the first two holes on the top covered and the bottom hole covered. B is the first hole on the top and on the bottom. C is the second hole ( not the first hole ) and the bottom hole.
me dont know!
there should be two hole near the bottom of dipstick if the oil is at the top of the second hole from the bottom its full if its at the bottom hole its a quart low
Water will come out of the bottom hole faster than a hole at the top due to the force of gravity acting on the water. The bottom hole allows for a greater pressure difference, resulting in faster flow.
If by "bottom hole" you mean the round hole at the end, then no. Most of the sound of a flute comes out near where the mouthpiece is
That comes down to opinion mainly, and what you want in a blaster. If you want fast firing, I would recommend the Stockade, Strongarm, Rampage or Hailfire. If you want range, then the Firestrike, Retaliator, Rampage or Strongarm would be good recomendations. If you want capacity, then I would recfommend the Hailfire, Rampage or Retaliator. The bottom line is, it pretty much depends on what you want in your blaster, seeing as they are all good blasters.
you will either have a hatch mark or a hole drilled in the dipstick if you have the hatch mark then at the bottom of the mark if a hole then the bottom hole
it is a dip or dent when you can see the bottom. its a hole when you can't.
The formula for bottom hole temperature in an oil well is generally given as: BHT = THP + (250 - 0.5 x TD), where BHT is the bottom hole temperature, THP is the surface hole temperature, TD is the true vertical depth of the well, and 250 is a constant representing the average geothermal gradient.