True
True
Sound travels faster in steel than in air, regardless of temperature.
It is the "mass" of a body which always remains same, regardless of gravity.
Adding sand does not melt the ice, but it improves traction. Adding salt lowers the freezing/melting point, if the temperature is warmer than the new freezing/melting point of the salt/ice mixture then the ice melts. However there is a minimum temperature that this cannot go below, regardless of the salt used, and if the temperature is below this then salting the road does nothing and only sand will help.
If dropped from the same height, they both will reach the ground at the same time. The acceleration of gravity is the same for all objects regardless of mass. The only thing that would change this would be air resistance on the balls, which is assumed to be negligible for objects of comparable sizes.
True
True
Under the same conditions (in particular, at the same surrounding atmospheric pressure), all water at its boiling point will be at the same temperature regardless of its starting temperature.
That totally varies based on the angle of the wing and air speed of the wing. It will typically be considerably less then normal atmospheric pressure.More Information:The atmospheric pressure on a wing in flight is subject to many variables and is difficult to assess. It varies, mostly due to wing shape and angle, and air speed. The important thing is that the pressure on the bottom of the wing is greater than the pressure on the top. This pressure differential results from the shape and angle of the wing, and the air flow across it. However, regardless of how this pressure differential is generated, it is called lift, and it's what makes flight possible. For example, as an airplane moves down the runway for take-off, it generates more and more lift as its speed increases. When the lift is sufficient to overcome gravity and friction (drag), flight happens.
Regardless of size, both balloons will burst when atmospheric pressure becomes too much for them. Assuming the helium to rubber/latex ratio is kept the same, both balloons will burst at the same pressure. Depending on where you are in the world and the weather, the atmospheric pressure at one height differs, so it couldn't be said that both balloons will float upwards to the same height, but it can be said that they will fly to the same pressure. Thus the question "Does a little balloon fly as far as a big balloon?" is invalid, but hopefully this answer will suit your wonders.
Arguments for comparable worth stress that individuals who have the same value at an organization should receive the same compensation, regardless of gender. Arguments against comparable worth emphasize that some jobs can be undervalued.
Endotherm
How much dry ice? Regardless, a signifigant amount to all of the dry ice will sublime (solid CO2 will not melt under any atmospheric circumstances) and some to all of the magna will solidify into igneous rock. The results are dependent on the quantity of dry ice.
It is possible to get sick regardless of the temperature.
Regardless of the temperature, it's still chromium.
Tepid means warm to the touch but not hot, regardless of use.
It requires the removal of heat.