The roller coaster is an illustration of a right triangle
- The equation needed to solve the horizontal distance is
- The horizontal distance is 16.58 feet
<h3>How to determine the equation</h3>
The height is given as: 25 feet.
From the complete question, the length of the roller coaster is 30 feet.
Represent the horizontal distance with h.
Given that the roller coaster represents the hypotenuse side length, the following equation can be used to find h
Collect like terms
<h3>The horizontal distance</h3>
In (a), we have:
This gives
Take the roots of both sides
Hence, the horizontal distance is 16.58 feet
Read more about right triangles at:
brainly.com/question/2437195
When we divide the number of feet (~700) by the number of seconds (~20), we get a number that is more than 30 (ft/s). Thus, only choices B and D are viable.
When we invert that rate, we get 1/(30 ft/s) = (1/30) s/ft, leaving the only viable choice as ...
B. 32.6 ft/s and approximately 0.03 s/ft
______
Units (feet, seconds) multiply and divide like any other variable. It is often useful to keep the units with the numbers of a problem so you can tell if you've done the math properly. It is more likely to be correct if the units are correct.
Sqrt2(5+sqrt8) = 5sqrt2 +sqrt16 = 4+5sqrt2 so result that choice D. is right sure
Answer:
It is d. 3/2
Step-by-step explanation:
slope formula is rise over run or x2-x1/y2-y1. So it would be 6-0/4-0. That equals 6/4. You just need to simplify that by dividing both 6 and 4 by 2 and you get 3/2.
