Answer:
The resultant displacement is the sum of displacement vectors
Explanation:
The vector sum of two or vectors is know as resultant .
The resultant displacement is the result of when displacement vectors are added.
If the vector quantities are same then the two vectors can be added.
The resultant velocity is obtained by adding two or more velocity vectors.
In displacement vector the position will change.
The direction traveled is the direction of the displacement vector .
The magnitude of the displacement vector is the distance from starting point to the ending point.
Answer:
kinetic energy is 2, 4, 50 thirties, 2.45 into 10, raise to three Julie.
Explanation:
In the given question, we are told that what is the kinetic energy of mass M equals 0.1 kg bullet traveling at a velocity Velocity is given and 700 m/s. So we know that kinetic energy mm-hmm k equals one half m v squared. So this will be mass is given 0.1 and velocity is 700 so 700 square this is one half 0.1 in two 49 double zero, double zero. This is one-half into 49 double zero. So kinetic energy is 2, 4, 50 thirties, 2.45 into 10, raise to three Julie. This is kinetic energy. Thank you.
Kinetic Energy
How to calculate
Kinetic energy is given by K.E.
Where
- m is denoted to mass
- v is denoted to velocity
Answer:d
Explanation:
Drift velocity is given by
where 
=drift velocity
I=Current
n=no of electron
Q=charge of Electron
A=cross-section
If area of cross-section decreases gradually then drift velocity will increase because drift velocity is inversely proportional to Area of cross-section
Benzene was a ring of six carbon atoms! This was the structure that made him well known around the world
