Answer: a. point
Step-by-step explanation:
The answer above makes the statement true because a point on a graph is consists of values of x and y (x;y).
For every x you punch into the system, you get a value of y, and this can go on for all values that apply to the graph. This makes up a set of ordered pairs.
Answer:
Point
Step-by-step explanation
decrease in the distance Theo travels to
work? Round to the nearest tenth if
necessary.
The percentage of decrease in the distance Theo travels to work is 66.7%.
Used concept of percentage;
A number or ratio that can be expressed as a fraction of 100 or a relative value indicating the hundredth part of any quantity is called a percentage.
Given that;
Theo used to drive 60 miles to work each day.
And, His new home is now 20 miles away from his job.
Hence the percentage of decrease in the distance Theo travels to work is,
P = (60 - 20)/60 x 100
P = 40/60 x 100
P = 66.7%
So, The percentage of decrease in the distance Theo travels to work is 66.7%.
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Answer:
66.6% decrease in distance
Rounded 67%
He is traveling 1/3 of what he used to travel
Step-by-step explanation:
Answer:
m = -1
n= -8
Step-by-step explanation:
5m -3n = 19
m - 6 = -7
solve for m:
m = -7+6
m = -1
plug in m
5(-1) - 3n = 19
-5 - 3n = 19
-3n = 24
n = -8
Based on the information given i would recommend insurance coverage amount of $500,000 and a term of life policy of 10-year term.
James will need a coverage amount of $500,000 until the two children are financial independent and can cater for themselves.
Using a long term policy of 10 years term of life insurance is recommended as the older will be 25 years and the youngest will be 21 years by then.
Coverage insurance amount:
Insurance coverage=Salary× Term of life
Insurance coverage=$50,000×10 year
Insurance coverage=$500,000
Inconclusion:
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Step-by-step explanation:
If James wants to cover both of his children at his current salary until they both can support themselves on their own, he would need a 10-year term policy (if the youngest moves out when he/she is 21) with a face value of $500,000 (current salary-$50,000*10 years).