no, pressure is the same , but it will need less volume of air
It takes less effort to throw a marble than a basketball because a marble has less mass and inertia, making it easier to accelerate and release. The smaller size and weight of the marble mean that you need less force to get it moving compared to the larger and heavier basketball.
The larger bubble has a larger diameter and therefore less pressure than the smaller bubble since: p(in) = p(out) + 2y/r. p = pressure y = surface tension r = radius Therefore, pressure is inversely proportionate to the radius size. Since the smaller bubble has a smaller radius, and therefore, a greater internal pressure, it would "push" the air through the hollow tube to the larger one until the smaller one ceases to exist.
THe larger the area the less pressure. The smaller the area the more pressure. THink of someone stepping on your foot, first with tennis shoes then with a spiky high heel. WHich would hurt more?
Larger the area smaller the pressure. School bags usually have broad straps so that the weight of the bag may fall over a large area on the shoulder producing less pressure and less pressure, it is comfortable to carry heavy bag.
There is no solution. 1.4 times the smaller is less than 1.5 times the smaller which, in turn, is less than 1.5 times the larger. 1.4 times the smaller is, therefore, smaller than 1.5 times the larger and certainly not 3 more than 1.5 times the larger.
Because the number of larger units will be less than the number of smaller units, and when you divide the answer is usually smaller than the number you started with.
Yes. If it was negative then .15 would be larger. Unless it’s negative then the smaller number is smaller. If negative, the smaller number would be larger. If that makes sense.
1 is less than 9
As the gas flows from a larger diameter pipe to a smaller one, its speed increases due to the conservation of mass principle. The pressure of the gas decreases as per the Bernoulli's principle. The spacing between the streamlines decreases since the velocity increases in the smaller diameter pipe.
Hmmm. Let me see now ... "The smaller number is less than the larger number", eh ? I'm going to have to think that over carefully.
The larger the surface area the more pressure can be spread out, therefore it is less likely to fall through the snow. As pressure = f / a.
The volume decreases (smaller,less)