How do i write 0.9 in wordform
Answers
Answer:
nine tenths
or, simpler:
zero point nine
Related Questions
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If you had 9 pieces of licorice to share equally around 5 people, how much licorice would each person get? *
Solve, log.5^4+log4^.5
The function h =-16t^2 +1000 gives an objects height, h in feet, at t seconds When will the object be 1000 feet above the ground?How many seconds did it take for the object to hit the ground? How many seconds did it take for the object to reach 1000 feet
Answers
Answer:
3,600
Step-by-step explanation:
10
Answers
y = x + $0.02 = oz
1.56 ÷ 12 = 0.13
15 (0.13 + 0.02) = 2.25
$2.25 = 15y
y = 3x + 5
3x - y = 5
Answers
Answer:
Step-by-step explanation:
Substitute our first equation into the second equation. We are given y, so this is ideal of substitution method.
y = 3x + 5
3x - y = 5
3x - (3x + 5) = 5
3x - 3x - 5 = 5
-5 = 5
There is no solution for the system because after solving, the sides of the equation are not equal. We can further check this by writing the second equation in a "y = mx + b form, or slope-intercept form. This well tell use about the graphs of the equations.
3x - y = 5
-y = -3x + 5
y = 3x -5
When comparing with the first equation, we can see that the slope is 3 for both lines, but the y-intercept is different. This means we have two parallel lines that cross the y-axis at (0, 5) and (0, -5). From this, one can conclude there is no solution because parallel lines with different y-intercepts will never cross.
b. 48
c. none of these choices is correct
d. 9
e. 16?
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We have been given that
2 cups flour + 3 eggs + 1 tbs oil → 4 waffles
In order to make 4 waffles we need 3 eggs.
Thus, to make 1 waffle we need 3/4 eggs.
Now, in 1 dozen there are 12 waffles. Hence, to make 12 waffles we need
Therefore, 9 eggs are needed to make 1 dozen waffles.
D is the correct option.
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1/10 of 3.0 is 0.3
3.0*(1/10)=0.3
Answers
Answer:
This sampling distribution will only reflect the nature of its population distribution (strongly skewed right because the sample size of each sample, 9, is way less than the sample size of 30 required for the sampling distribution to be approximately normal) with mean 404 inches and standarddeviation of sampling distribution equal to 43 inches.
Step-by-step explanation:
The Central limit theorem explains that for an independent, any random set of sample taken from such a population distribution will have a distribution that is approximately normal (provided that the sample size is large enough) with the mean of sampling distribution also approximately equal to the population mean and the standard deviation of the sampling distribution is given as
σₓ = (σ/√n)
where
σ = population standard deviation
n = sample size
To work these out,
Mean of sampling distribution = population mean
μₓ = μ = 404 inches
Standard deviation of the sampling distribution = σₓ = (σ/√n)
σ = population standard deviation = 129 inches
n = sample size = 9
σₓ = (129/√9) = 43 inches.
For most databases, the 'large enough' criteria for the sampling distribution to be approximately normal is a sample size of about 30 and it gets closer as the sample size becomes larger.
The sample size in the question is 9 which is way less than 30, hence, this sampling distribution will only reflect the nature of its population distribution (strongly skewed right) with mean 404 inches and standarddeviation of sampling distribution equal to 43 inches.
Hope this Helps!!!
Answer:answer is D The shape is skewed right but less so than the population distribution.
Step-by-step explanation: