Jason needs to ride 0.75 miles more to reach the end of the path
<em><u>Solution:</u></em>
Given that Jason begins at the start of a path and rides his bike miles on the path
From given information,
<em><u>To find: Distance in miles Jason must ride to reach the end of the path</u></em>
Thus subtracting distance already covered from total distance, we get the distance Jason must ride to reach the end of the path
Thus Jason needs to ride 0.75 miles more to reach the end of the path
Answer:
157.5 miles with 6 gallons
Step-by-step explanation:
105miles / 4gallons = 26.25miles per gallon
26.25miles per gallon * 6miles = 157.5 miles
Answer:
OC
Step-by-step explanation:
The x value is the same on both side of the equation but the other number are not (8≠-5) so the equation can't be true no matter the value plugged for x
Answer:
<em>The input when the output is 17 is x=6.</em>
Step-by-step explanation:
<u>Functions</u>
Assume the input is called x and the output is the function f(x). Two times the input is 2x. 5 more than that is 2x+5.
Knowing the output of the function is 5 more than 2 times the input, we can write the function as:
f(x)=2x+5
Now find the input x when the output is 17:
17=2x+5
Swap sides of the equation:
2x+5=17
Subtract 5:
2x=17-5=12
Divide by 2:
x=12/6=6
The input when the output is 17 is x=6.
First one:
cos(A)=AC/AB=3/4.24
cos(B)=BC/AB=3/4.24
Cos(A)/cos(B)=AC/AB / (BC/AB) = AC/AB * AB/BC = AC/BC=3/3=1
Second one:
To solve this problem, we have to ASSUME AFE is a straight line, i.e. angle EFB is 90 degrees. (this is not explicitly given).
If that's the case, AE is a transversal of parallel lines AB and DE.
And Angle A is congruent to angle E (alternate interior angles).
Therefore sin(A)=sin(E)=0.5