Answer:
= - 2.43%
Step-by-step explanation:
From the information given:
Since the variable (daily returns) is normally distributed, Then, using empirical rule at 95% confidence interval level, we have:
where;
The expected mean daily return
The standard deviation
Given that the 95% confidence interval is expected to be a maximum loss, then the probability is left-tailed which is 1.65 away from the average.
Thus the distribution of the lower boundary can be computed as:
=
=
=
= - 2.43%
Using fractions, 0.45 can be written as + . Using decimals, 0.45 can be written in the form as 0.30 + 0.15.
Decimal number system is applicable for both integers as well as non integers. Decimal number include a whole number part and a decimal part separated using decimal point.
Fractions are the numbers which are part of a whole.
All decimal numbers can be written as fractions and fractions can be written in the form of decimal numbers.
The given number is 0.45.
0.45 can be written as .
can be expanded in various ways like (40 + 5)/100, (42 + 3)/100 and so on.
can be written in one of the form as + .
When simplified, simplified to and simplified to .
So 0.45 = + .
Now, in the decimal form, = 0.3 and = 0.15
So, 0.45 = 0.3 + 0.15
Hence 0.45 can be expanded in the fractional form as + and in the decimal form as 0.3 + 0.15.
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Answer:
0.4 + 0.05= 0.45
FRACTION FORM:
4/10+ 5/100= 0.45
Step-by-step explanation:
Hope this helps!! Tell me if I'm wrong! :)
Using distributive property we can expand the expression as
3n - 5 = -8 x 6 + (-8) x 5n
To apply the distributive property to the equation
3n - 5 = -8(6 + 5n), we need to distribute the -8 to the terms inside the parentheses.
Using the distributive property, we have:
3n - 5 = -8 x 6 + (-8) x 5n
Simplifying further:
3n - 5 = -48 - 40n
Now, we can continue solving the equation using the simplified form as
3n + 40n = -48 + 5
43n = -43
n= -1.
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Answer:
n=-1
Step-by-step explanation:
3n-5=-8(6+5n)
3n-5=-48-40n
add 40n to both sides
43n-5=-48
n=-1
Answer:
-1, 1
13, 15
Step-by-step explanation:
x and x+2 are the integers
Roots of the quadratic equation are: -1 and 13.
So the integers pairs are: -1, 1 and 13, 15
To calculate the cost per patient over the four-year period, we need to add up the costs for each year and then divide by the number of years.
The costs per patient for the four years are:
Year 1: $43
Year 2: $46.5
Year 3: $49.8
Year 4: $53.63
To find the total cost over the four years, we add up these costs:
$43 + $46.5 + $49.8 + $53.63 = $193.93
Now, we divide the total cost by the number of years (which is 4) to find the average cost per patient over the four-year period:
$193.93 / 4 = $48.48
Therefore, the cost per patient over the four-year period is approximately $48.48.
The cost per patient over the four-year period is $193.16.
To find the cost per patient over the four-year period, we need to calculate the percent increase for each year and then multiply the percent increase by the previous year's cost. Here are the steps:
Therefore, the cost per patient over the four-year period is $193.16.
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Answer:
I think it's c
Step-by-step explanation:
4 times 3x equals 12x and 4 times 4x is 16x