The distance in the vertical direction.
Clock is to time as ruler is to distance.
The max. distance between the two boys will be 36.6 ft. if they are lying with their faces on the ground. The min. distance between them depends on how tall they are (height of eye). Say height of eye is 5 ft. then the distance between them will be 32.94 ft.
The side you use as the base does not matter. What does matter is that the height is the perpendicular distance between this side and the other vertex. If there is a right angle in the triangle, then use the two sides next to it as the base and height. Otherwise a bit of trigonometry will be required to work out the height of the triangle if it is not given.
Your best bet here would be to use trigonometry. One stand a given distance away from the tree and sight the top of the tree, say with a clinometer, to measure the angle of elevation. Then knowing the angle and the distance you are from the tree, the height of the tree can be calculated with a tangent function.
The height-to-base ratio for a ladder is determined by the relationship between the vertical height the ladder reaches and the distance from the base of the ladder to the wall or structure it leans against. A common guideline is to maintain a ratio of 4:1, meaning that for every four feet of height, the base should be one foot away from the wall. This helps ensure stability and safety while using the ladder.
The maximum height hmax that a ball reaches when thrown into the air is the highest point it reaches before falling back down.
The angle of elevation of the ladder leaning against the wall is approximately 48.59 degrees.
Measure human height by the transitive property. Stand up against the wall and make a mark at your height. Then measure the distance from the floor to the mark. You are as tall as the mark is above the floor.
The total distance traveled by the ball when it reaches the ground is 24 meters. The ball travels 8 meters as it falls, and then bounces back half the distance (4 meters) and continues this pattern until it reaches the ground.
To calculate the total vertical distance traveled, we can sum the distances for each drop. Since the ball reaches half the height from the previous drop, the total distance traveled can be calculated using the formula: initial drop height + initial drop height/2 + initial drop height/4 + initial drop height/8.
Lean a ladder against a wall. Not too steep . . . Give it a nice angle, for safe climbing. The height is the distance between the ground and the place where it hits the wall. The slant height is the length of the ladder.
The shortest distance from the given information will be its height
After the 7th bounce, the ball will reach a height of 1 meter. This is because after each bounce, the ball reaches half of its previous height. So, after 1 bounce it reaches 64 meters, after 2 bounces it reaches 32 meters, after 3 bounces it reaches 16 meters, and so on, until it reaches 1 meter after the 7th bounce.
A trough is the low point in a wave, where the wave reaches its minimum height or lowest point. It is the opposite of a crest, which is the high point in a wave where it reaches its maximum height.
Assuming (a) an initial velocity of zero, and (b) constant acceleration, the formula becomes: distance = 0.5 at2 (distance = 1/2 times acceleration times time squared).
When an object is thrown upward, work is done against gravity as the object moves upward. The amount of work done is equal to the force applied to lift the object multiplied by the distance it moves vertically.