The correct answer is:
You can withdraw your earnings once you're 59.5 years old without paying a penalty.
Explanation:
As long as you have had the Roth account for at least 5 years, you may withdraw your money at age 59.5 penalty free.
If you are not 59.5, you must meet other specific criteria, such as using the money to purchase a home, or leave it in your estate.
Answer:
Midpoint = ( (x1+x2)/2 , (y1+y2)/2 )
Step-by-step explanation:
Please upload the line segment otherwise, you can use the equation above to solve for it.
45w + 150< 560
45w + 150> 560
150w + 45< 560
150w + 45 > 560
Answer: The answer is (B)
45w + 150> 560.
Step-by-step explanation: Given that 'w' represents the number of weeks s
Briyana saves money.
Since she can save $45 per week, so the amount of money she can save in 'w' weeks is $45w.
Also, she has $150 already with her, so the total amount of money saved is given by (45w + 150).
Now, since she needs to save at least $560, so we must have
45w + 150 > 560.
Thus, (B) is the correct option.
Answer:
b
Step-by-step explanation:
It is in the thousandths place
The point on the number line that represents 0.059 is very close to 0. Specifically, it is located a bit over halfway along the sixth segment of the section between 0 and 1, if this section is divided into 100 equal segments.
The point on the number line that represents 0.059 would be very close to 0. On a number line, which sequences numbers from left to right in increasing order, the number 0.059 is more than 0 but less than 1, so it appears somewhere between these two points. However, because 0.059 is substantially less than 1, its exact position would be much nearer to the 0 mark than the 1.
For example, if we consider a number line stretching from 0 to 1 and divide it into 100 equal segments, each representing 0.01, the point 0.059 would be located just a little over halfway along the sixth segment from the 0 point. This is because the decimal 0.059 rounds to 0.06, which is specifically represented by the position at the end of the sixth segment.
This process allows us to graphically represent decimals on the number line, and provides context for understanding the size and relative value of this decimal number.
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Answer:
To find the polar coordinates (r, θ) of the point (-2√3, 2), you can use the following formulas:
r = √(x^2 + y^2)
θ = arctan(y / x)
In this case:
x = -2√3
y = 2
Let's calculate r and θ:
r = √((-2√3)^2 + 2^2)
r = √(12 + 4)
r = √16
r = 4
Now, calculate θ:
θ = arctan(2 / (-2√3))
First, find the angle in radians from the arctan:
θ = arctan(-√3)
θ ≈ -π/3 (in radians)
So, the polar coordinates of the point (-2√3, 2) are approximately (4, -π/3) in radians.
Step-by-step explanation: