Answer:
3x^2 + x -12 + 15/(x^2+4)
Step-by-step explanation:
I’m not sure? But don’t answer the guy with the bitly it’s a scam
John has 15 bills in his wallet . They have 1$ bills and 5$ bills . If the total valye of these bills are 43$ how many of each does he have?
Now to solve this problem, all we have to remember is the
formula for calculating the linear speed given the radial speed, that is:
v = r w
where,
v = is the linear velocity or linear speed
r = is the radius of the circular disk = (1 / 2) diameter
= (1/ 2) (2.5 inches) = 1.25 inches
w = is the radial velocity (must be in rad per time) =
7200 rev per minute
Calculating for v:
v = 1.25 inches (7200 rev per minute) (2 π rad / 1 rev)
v = 56,548.67 inches / minute
Converting to miles per hour:
v = 56,548.67 inches / minute (1 mile / 63360 inches) (60
min / hour)
<span>v = 53.55 mile / hour</span>
Answer:
I believe it's B (location C on the number line).
Step-by-step explanation:
You would add -1/2 to 1 1/2 but because the 1/2 is negative, it would subtract from the other 1/2 in 1 1/2 therefore leaving you with the answer 1, which location is where C is plotted.