It means you want to find the point along the line GK that divides the length of the line into a 2/3 ratio.
GK = GP+PK = 2+3 = 5
In this way, we can think of the line as being in 5 equal parts, 2 parts consist of GP, and 3 parts for PK.
Now find the horizontal and vertical distances from point g to k.
H: 8 - 1 = 7
V: 12 - 2 = 10
Divide by 5
H: 7/5
V: 10/5 = 2
Adding these to point 'g' will get you to some point that is 1/5 the length of GK.
But point 'p' must be 2 parts away from 'g'.
Multiply by 2
H: 7/5*2 = 14/5
V: 2*2 = 4
Add to 'g'
p = (1+14/5, 2 +4)
First you must find the tenths place
7 .8 3 9
O T H Th
So, the 8 is in the tenths place. Now look at the number to it's right, 3.
Since 3 is less than 5, you just turn everything behind the 8, including the 3, into a zero, giving you 7.800 or 7.8
Answer:
k ≤ -12
Step-by-step explanation:
k-13 ≤ -25
move the constant to the right side
change the sign
k ≤ -25 + 13
calculate the -25 + 13
-25 + 13 = -12
k ≤ -12
Answer:
Step-by-step explanation:
Let X be length of life of the participants in the plan.
Given that X is N(68,3.5)
We convert this to standard normal score z using
a) proportion of the plan recipients that would receive payments beyond age 75=
b) proportion of the plan recipients die before they reach the standard retirement age of 65=
c) x for 86% ceased