Answer:
the answer would be strongest because just took this question
Explanation:
Electricity is the flow of electrical power or charge.
Answer:
about half the people who develop the condition survive.
Explanation:
Cardiogenic shock is a condition in which your heart suddenly can't pump enough blood to meet your body's needs. ... Cardiogenic shock is rare, but it's often fatal if not treated immediately.
An important assumption to solve this problem is that the acceleration is uniform (constant).
Under that assumption you can use following formulae.
Acceleration = [Final velocity - Initial velocity] / time
You have final velocity = 0 and initial velocity = 16 km/h
Then you need to find the time.
Average velocity = [distance / time]
In this case the distance is the deformation of the bumper: 6.2 cm = 0.062 m = 0.000062 km
And when acceleration is constant, the average speed is equal to [Initial velocity + Final velocity] / 2 = [16 km/h + 0] /2 = 8 km/h
Now you can calculate time solving from Average velocity = [distance / time]
time = distance / average velocity = 0.000062 km / 8 km/h = 0.00000775 h
And, finally we can use the formula Acceleration = [Final velocity - Initial velocity] / time
Acceleration = [16 km/h - 0 km/h] / 0.00000775 h = 2,064,516 km/h^2
Answer:
if this is a true or false question then it is true.
Explanation: