Answer:
im pretty sure we need the previous value
Answer:
20
Step-by-step explanation:
just got it right on plato
of the car?
Answer:
The speed of the car is 21.91 m/s
Step-by-step explanation:
Centripetal Acceleration
It's the acceleration experienced by an object in a uniform circular motion.
It always points toward the center of rotation and is perpendicular to the linear velocity v.
The magnitude of the centripetal acceleration is:
Where r is the radius of rotation.
The race car has a centripetal acceleration of and the radius of rotation is r=40 m.
We can calculate the speed of the car by solving the above equation for v:
The speed of the car is 21.91 m/s
Solve -4(x + 1) – 3 = -3(x – 4). (1 point)
O
-19
19
2.
Answer:
x = -19
Step-by-step explanation:
hope this help :)
Answer:
Step-by-step explanation:
Solve for the value of :
-Use Distributive Property to both sides of the equation:
-Combine like terms:
-Take and add it to :
-Add both sides by :
-To make the variable positive, divide both sides by :
Therefore, the value of is .
Answer:
27 children.
Step-by-step explanation:
We are told that at the newest animated movie, for every 9 children, there are 4 adults. There are a total of 39 children and adults at the movie.
We can see that number of children is proportional to number of adults. So we will use proportions to solve for number of children at the movie.
Let us substitute number of children and adults in our proportion.
Multiply both side of equation by 39.
Therefore, 27 children are at the movie.
Base = 12cm
(5, 92.75)
(10, 100)
(−5, 110.5)
The domain and range of the function represent the possible inputs and outputs. The given ordered pairs are analyzed to determine the possible domain and range.
The domain and range of a function represent the possible inputs and outputs of that function. In this case, the function represents the number of donuts made in a day based on the number of bags of flour needed. The domain of the function would be the possible values for x, which is the number of bags of flour. The range of the function would be the possible values for f(x), which is the number of donuts made.
Looking at the given ordered pairs:
Based on the given options, the ordered pairs (5, 92.75) and (10, 100) represent possible domains and ranges for the function.
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