meters are a measure of lengthmeters squared are a measure of areaThey measure different things and cannot be directly converted.However, if you are given the lengths of, say, a rectangle, multiplying the two lengths (each measured in meters) together will find the area (measured in meters squared).
In mathematics, two quantities are said to be in units agreement if they have the same units of measure. For example, if two quantities are both measured in meters, then they are in units agreement. If one quantity is measured in meters and the other is measured in centimeters, then they are not in units agreement.
Acceleration is measured in m/s2 (metres per second squared)
The seven base quantities in the International System of Units (SI) are: Length, measured in meters (m) Mass, measured in kilograms (kg) Time, measured in seconds (s) Electric current, measured in amperes (A) Temperature, measured in kelvins (K) Amount of substance, measured in moles (mol) Luminous intensity, measured in candelas (cd) These quantities form the foundation for deriving other units in science and engineering.
Because if speed is measured in meters per second (m/s) and time is measured in seconds, the SI unit of acceleration is meters per second per second (m/s2). ^_^
Asking a multiple choice question without providing the choices seems a little unfair.
meters are a measure of lengthmeters squared are a measure of areaThey measure different things and cannot be directly converted.However, if you are given the lengths of, say, a rectangle, multiplying the two lengths (each measured in meters) together will find the area (measured in meters squared).
Vector quantities can be described using units such as meters (m), newtons (N), and kilograms (kg) for displacement, force, and mass, respectively. Additionally, vector quantities like velocity can be measured in meters per second (m/s) and acceleration in meters per second squared (m/s^2).
A derived quantity is one that is derived from others. For example, the meter is the official unit of length; since area can be defined as a length squared, that's exactly how the area is defined in the SI, i.e., it is measured in square meters. Similarly, a speed is measured in meters/second (both meters and seconds are defined as base quantities).
Physical quantities are quantities that can be measured. For example: water, distance, etc.
In mathematics, two quantities are said to be in units agreement if they have the same units of measure. For example, if two quantities are both measured in meters, then they are in units agreement. If one quantity is measured in meters and the other is measured in centimeters, then they are not in units agreement.
The acceleration of the object is the rate at which its velocity changes over time, measured in meters per second squared.
The acceleration of gravity, g, is measured in units of acceleration, which is to say units of distance per time squared. For example, meters per second squared.
Acceleration is measured in meters per second squared (m/s^2).
Meters per second squared, Kilometers per hour, Meters, and Miles per hour.
No, velocity is typically measured in units like meters per second (m/s), while acceleration is measured in units like meters per second squared (m/s^2). This difference reflects the distinct physical quantities they represent - velocity being the rate of change of position and acceleration being the rate of change of velocity.
In physics, the net force is measured in Newton. The formula for net force is given as the mass times the acceleration. The mass is given in kilograms (kg), and the acceleration is measured in meters per second squared. A Newton is equivalent to a kilogram-meters per second squared.