Answer:
21.8 m/s
Step-by-step explanation:
Given that Tom drops a object from a height of <em>h </em>meters and it hits the ground with a veloc8of <em>v </em><em>m/</em><em>s </em>and it is given by function ;
We need to find out the velocity upon reaching the ground when it is dropped from a height of 24.3 m . On plugging in 24.3 in place of h we have ,
And we are done !
Pi=3.14. X=(3.14+3)/2. X=6.14/2. X=3.07 :)
Length of.............. ? what...
Ima say length is 69
Answer:
21.1%
Step-by-step explanation:
(25 - 24.3) / 1.2 = 0.5833 z score = 78.9%
You need the percent that spend more than 25 hrs per week, so 100 - 78.9 = 21.1%
The correct formula is
RN/(1-R) = F.
To solve for F, we start by multiplying by (N+F) to remove it from the denominator:
R(N+F) = F
Distributing, we have:
RN + RF = F
Subtracting RF to collect all of the F's on one side,
RN = F - RF
Factoring out F on the right hand side,
RN = F(1 - R)
Dividing both sides by (1-R),
RN/(1-R) = F
