Answer:
3.5 miles
Step-by-step explanation:
From the question, we have the following information:
The super speedway at Daytona International Speedway is = 2.5 miles
long
The road course there is = 1.4 times as long as the super speedway.
How long is the road course?
The length of the road course is calculated as:
1.4 × length of the super speedway
1.4 × 2.5 miles
=>3.5 miles
Therefore, length of the road course I s 3.5 miles.
Answer:
c=5.9/6(G)
Step-by-step explanation:
first find the 2 distances.
a^2+b^2=c^2 c=2.4+.7
7^2+2.4^2=c^2 c=3.1
.49+5.85=c^2
c^2=6.34
c=√6.34
c=2.51.
next subtract the two distances to find the difference.
c=2.51-3.1
c=.59
so the distance would be .59 which can be rounded up to .60/G
explanation on how I knew the answer.
Im reviewing for the math 8th grade staar.
If Maya makes 5 bracelets in 2/3 hours, then she can make approximately 11 bracelets in 1.5 hours.
Given the parameter:
Maya makes 5 bracelets in 2/3 hours.
How many can she make in 1.5 hours?
To determine the number of bracelets Maya can make in 1.5 hours, we can set up a proportion.
Let 'x' be the number of bracelets in 1.5 hours
(5 bracelets) / (2/3 hour) = (x bracelets) / (1.5 hours)
Solve for x:
x × 2/3 = 5 × 1.5
x × 2/3 = 5 × 3/2
x × 2/3 = 5 × 3/2
2x/3 = 15/2
2x × 2 = 3 × 15
4x = 45
x = 45/4
x = 11.25
x ≈ 11 bracelets
Therefore, she can make approximately 11 bracelets in 1.5 hours.
Learn more about proportions at :brainly.com/question/29774220
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Final answer:
The values A, B, and C for the first function are 6, 0, and 2 respectively. For the second function, a = 6, b = 0.
Explanation:
Since the function f(x) = Ax² + Bx + C has a local minimum at 0, then B = 0, because the derivative of a quadratic is 2Ax + B, and this must equal 0 if there's a local minimum. The function contains the point (0,2), giving us C=2. It also goes through (1,8), which gives us the equation A + 2 = 8, or A=6.
For f(x) = ax³ + bx², the inflection point formula gives 2b = 0, meaning b=0. Since the point (1,6) is on the graph, we can substitute into the equation to find a = 6.
Learn more about Quadratic and Cubic Functions here:
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Answer:
(4,20)
Step-by-step explanation:
The table shows the ordered pair (4, 16), meaning that (4, 20) wouldn't fit.