If we condier the wave in the form of photons, then as wavelength increases then energy content of each photon decreases.
No, the length of the muscle fibers does not change. In isotonic movements is when the length changes.
The area of a rectangle is calculated by multiplying its length by its width (Area = Length × Width). When the length changes, the product of the length and width also changes, resulting in a different area. If the width remains constant and the length increases or decreases, the overall area will increase or decrease accordingly. Thus, any change in length directly affects the rectangle's area.
When length gets longer the area will be larger. As the length gets shorter the area will be smaller.
The length of day and night
No. It changes every day.
To compare the changes in the lengths of two successive tapes, you can measure the length of each tape and calculate the difference between their lengths. This can be done by subtracting the length of the first tape from the length of the second tape. Additionally, you can express the change as a percentage of the first tape's length for a clearer understanding of the relative change. Analyzing both absolute and percentage differences will provide a comprehensive view of the length changes.
Nothing can change the length of day and night except the normal seasonal progression.
Volume= Length * Breadth * Height so if any of the variables change then volume will change.
Its length, linear density, thickness, and temperature all change.
No, the focal length of a mirror does not change when the object distance changes. The focal length of a mirror is a fixed property of the mirror itself. Changing the object distance will affect the position and size of the image formed by the mirror, but not the focal length.
If the sun increases in size but nothing else changes, then there will be no change in the lengths of day and night. However, the gravitational and tidal effects of changes in the sun's size is likely to affect the earth's rotational period and its orbit.
Temperature changes and vibrations can cause strings to change in length or tuning pegs to move.