That is the boiling point
The sharp part of a katana is located on the outer curve of the blade. This design allows for effective slicing and cutting motions when the sword is swung. The inner curve, on the other hand, is typically the flat side of the blade, which helps in guiding and stabilizing the cut.
Parts of a flat iron include the heating elements, which are internal, and the straightening plates, which actually straighten the hair. Another part is the clamp and body, the external parts.
im not sure
a curve.
The curve of your thumb is the part where it looks rounded, at the base of your thumb.
whatis the flat part of the seafloor called?
It is part of a curve. If that curve happens to be a circle, then it is a fraction of a circumference but it need not be.
The part of the curve that gradually slants upwards to the right indicates that the substances are experiencing an increase in a certain property, such as concentration, temperature, or pressure. This suggests that as one variable increases, another related variable also increases, often reflecting a positive correlation or a progression towards a particular state or phase. In many contexts, this can imply that the substances are becoming more reactive or are transitioning into a more stable or energetically favorable state.
a curve
A phase change is indicated on a graph by a plateau or horizontal line, where the temperature remains constant despite the addition or removal of heat. This occurs because the energy is being used to break or form intermolecular bonds rather than changing the temperature. In a heating or cooling curve, these flat sections correspond to transitions such as melting or boiling.
Without getting technical; The pressure differential is caused by the shape of the wing. The bottom is essentially flat while the upper part has a curve to it. As air passes over it, it must travel further past the curve but it still meets up with the air that went under the flat part of the wing at the same time. Since it covers a longer distance in the same time it has to move faster. That speed lowers the air pressure. If you want to see that in action, hold a piece of paper out flat and blow air above it, you will see it rise.
Without getting technical; The pressure differential is caused by the shape of the wing. The bottom is essentially flat while the upper part has a curve to it. As air passes over it, it must travel further past the curve but it still meets up with the air that went under the flat part of the wing at the same time. Since it covers a longer distance in the same time it has to move faster. That speed lowers the air pressure. If you want to see that in action, hold a piece of paper out flat and blow air above it, you will see it rise.