Answer:
The answer to your question is 6.55 mi
Step-by-step explanation:
Data
Length of the race = 26.2 mi
speed = 18 mi/h
3/4 of the race have been ran
Process
1.- Calculate 3/4 of 26.2
26.2(3/4) = 78.6/4
= 19.65 mi
2.- Calculate the distance she needs to run to finish the race
= 26.2 - 19.65
= 6.55 mi
3.- Conclusion
She needs to run 6.55 mi to finish the race.
Nora will take approximately 21.85 minutes to finish the race.
To find out how much longer it will take Nora to finish the race, we need to first calculate the distance she has already completed. Since she has completed 3/4 of the race, we can calculate it by multiplying the total distance of the race (26.2 miles) by 3/4.
Distance completed = 26.2 miles * 3/4 = 19.65 miles
Next, we need to calculate how much distance Nora has left to cover. Since the total distance of the race is 26.2 miles and she has completed 19.65 miles, the distance left is:
Distance left = 26.2 miles - 19.65 miles = 6.55 miles
Finally, we can calculate the time it will take Nora to finish the race by dividing the remaining distance by her speed:
Time to finish = Distance left / Speed = 6.55 miles / 18 miles per hour = 0.364 hours (or approximately 21.85 minutes)
Therefore, it will take Nora approximately 21.85 minutes to finish the race.
#SPJ12
Answer:
b,d, and ,e
Step-by-step explanation:
on edge ;)
Answer:
The equation 2x+7=0 can be used to find a zero of the function. The graph intersects the y-axis at 49
Step-by-step explanation:
The other statements are not correct because since (2x+7)^2 gives the polynomial function y=4x^2 +28x + 49, there are "two" answers, but it is the sa,e answer of -7/2. The graph also does not have a double root at -7/2, that is the x-intercept
B) The value of g(−2) is the same as the value of g(4).
C) The value of g(−2) is smaller than the value of g(4).
D) The values of g(−2) and g(4) cannot be compared.
someone help i need this to pass
Answer:
yes
Step-by-step explanation: