Answer:
A and B has the same constant of proportionality
Step-by-step explanation:
Where k is the constant of proportionality
We are supposed to find Which relationships have the same constant of proportionality between y and x as in the equation
On comparing with 1
A)6y = 3x
So, this equation has the same constant of proportionality
B)
To find the equation :
Formula :
So,
So, this equation has the same constant of proportionality
C)
To find the equation :
Formula :
So,
So, this equation do not has the same constant of proportionality
D)
To find the equation :
Formula :
So,
So, this equation do not has the same constant of proportionality
Hence A and B has the same constant of proportionality
Answer:
Step-by-step explanation:
Amount deducted for Medicare = $725
Amount deducted for state income tax = $3000
Amount deducted for Social security = $3100
To find: Total amount deducted from Alton's pay for FICA last year
Solution:
Total amount deducted from Alton's pay for FICA last year = Amount deducted for Medicare + Amount deducted for state income tax + Amount deducted for Social security =
On adding 725 and 3000, we get
On adding 3725 and 3100, we get
So, amount deducted =
Answer: -20/21
Step-by-step explanation:
Using the Pythagorean identity, we can get that the sine of angle theta is .
But since theta terminates in Quadrant II, the sine of angle theta is positive, meaning that it has a value of 20/29.
Now, since tan = sin/cos, tan theta = (20/29)/(-21/29) = -20/21
Is it least to greatest or is it greatest to least?
Answer:6\
Step-by-step explanation: