Answer:
Momentum of hocking player
Hockey player
Step-by-step explanation:
For first hockey player :
Given that
mass (m)
Velocity (v)
where is momentum
put the value in equation (1)
For second hockey player :
Given that
mass (m)
velocity (v)
Where is momentum
put the value in equation (2)
Answer:
Jerry does cases per hour (Rounded to 2 decimal places). As we cannot do 0.11 cases. We can say Jerry does 2 cases per hour.
Step-by-step explanation:
to find the number of cases per hour, we have to divide the number of cases by number of hours taken for those cases,
Number of cases per hour =
= cases per hour
= cases per hour
= cases per hour
= cases per hour (Rounded to 2 decimal places)
As we cannot do 0.11 cases. We can say Jerry does 2 cases per hour.
Answer:
a. y = 4,200
b. 9.2%
Step-by-step explanation:
Given the information:
=> the base number of the exponential function is:
100% - 2.4% = 97.6% = 0.976
Let t is quarter
Let y is the population
=> the following shows an exponential decay function to find the quarterly decay rate is:
y (t)= 4,200
b. The population is decreasing by how much percent per quarter?
Let t = 0 we have: y(0) = 4,200
Let t = 1 we have: y(1) = 4,200
=> the decreasing percentage is:
= (y(0) - y(1)) / y(0)*100%
= (4200 - 3811) / 4200 *100%
= 389/4200*100%
= 9.2%