Question

J e r k (denoted by JJJ) can be defined as a function of acceleration (denoted by aaa) and time (denoted by ttt) using this formula:
J=\dfrac{a}{t}J=
t
a
​
J, equals, start fraction, a, divided by, t, end fraction
Acceleration is measured in \dfrac{\text{m}}{\text{s}^2}
s
2

m
​
start fraction, start text, m, end text, divided by, start text, s, end text, squared, end fraction, and time is measured in \text{s}sstart text, s, end text.
Select an appropriate measurement unit for j e r k
Choose 1 answer:

Answer 1

Given that,

J e r k can be given by, $J=\dfrac{a}{t}$, a is acceleration and t is time.

To find,

Measurement unit for J e r k.

Solution,

The rate of change of acceleration is called j e r k. If a is acceleration and t is time. It can be given by :

$J=\dfrac{a}{t}$

The SI unit of acceleration is $m/s^2$ and for time it is $s$.

So,

$J=\dfrac{m/s^2}{s}\\\\J=m/s^3$

So, the measurement unit for J e r k is $m/s^3$.

Answer 2

Answer:

J = acceleration/time

Step-by-step explanation: