ASAP PLEASEwrite an equation for the line that is parallel to tue given line and that passes through the given point. y=-5x+3; (
1 answer:
Answer:
Step-by-step explanation:
Since we are finding a parallel line, the slopes will be the same, so the second equation will also have a slope of -5.
Then, to find the y-intercept, we can use the point given and plug in.
So the equation comes out to be
We can check by plugging in the given point again.
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Answer: Probability of scoring 2 hits = 0.63.
Step-by-step explanation:
Since we have given that
Number of dart throws at a target = 3
Probability of scoring a hit on any one throw = 30%
We will use "Binomial Distribution" i.e.
where,
n denotes number of dart throws at a target,
r denotes number of required throws
p denotes probability of success
(1-p) denotes probability of failure
So, Probability of success is given by
Probability of failure is given by
We will use "Binomial Distribution" i.e.
Hence, Probability of scoring 2 hits = 0.63.
We have to complete the statement:
" The rate of change in the function y=x+4 is ______ the rate of change of the function represented in the table."
Let us consider the function represented in table.
The coordinates given in the table are:
(0,6) (2,8) (4,10) and (6,12)
Consider the first two coordinates (0,6) and (2,8)
Equation of line is given by
where 'm' is slope(rate of change) is given by the formula:
So,
So, equation of line is :
(y-6)= 1 (x-0)
y-6=x
y=x+6
Comparing it with standard equation of line y=mx+c with slope 'm'.
So, we get m(Rate of change)=1.
Now,
We will find the rate of change(slope) in the function y=x+4
Comparing it with standard equation of line y=mx+c with slope 'm'.
So, we get m(Rate of change)=1.
So, " The rate of change in the function y=x+4 is equal to the rate of change of the function represented in the table.