When looking at what a phrase means, break apart the phrase.
Swept means cleaned, or it can mean an act that was 'sweeping', like wind blowing dust (which can create debris rather than 'cleaning')
Area is a defined space, of any size or shape.
In the phrase "swept area", we do not need to know the size or shape of the area. The phrasing implies either a known area, or an unknown expansive area.
Example:
The manager inspected the swept area in the shop for thoroughness. (The employees and manager know the size of the area.)
The windswept area became littered with leaves and paper trash.
G.P.S. Said "avoid area" what dose in mean?
Perimeter.
If you mean area of a circle then it is: 49*pi square mm
Do you mean area or volume - you've included THREE measurements !
Hypoechoic area is a medical term relating to ultrasound scanning. On ultrasound, a solid mass appears as a grey or hypoechoic area.
swept up = balayé sweep up is the verb = balayer
No, the area swept out per unit time by Earth moving around the Sun is not equal to the area swept out per unit time by Mars moving around the Sun. This is because each planet has a unique orbital period and distance from the Sun, resulting in different rates of angular motion.
The capacity of your engine is derived from the swept volume of one cylinder (area of the bore * the stroke) * the number of cylinders. (dimensions in centimeters, result in cubic centimeters)
Its a mirror in a traditional ornate mirror with a carved edge
Its a mirror in a traditional ornate mirror with a carved edge
I/We/You/They have sweptHe/She/It has swept
Yes, it became very cold when the Etesian wind swept down from the area of Russia.
Swept is monosyllabic.
Sweep is the present tense of swept.
the simple past of sweep is swept
Yes, it became very cold when the Etesian wind swept down from the area of Russia.
Increasing the eccentricity of the orbit increases the area swept by the object in a given time period. This is because the object moves faster at perihelion (closest to the star) and slower at aphelion (farthest from the star) due to the elliptical shape of the orbit. This results in a larger area covered in the same amount of time compared to a circular orbit.