The answer depends on what information you have and also what factors youu are taking into account. If you are given the initial velocity, U m/s, and ignore aeronautic drag, then the time, t, is given byt = u/g where g = the acceleration due to gravity = 9.81 ms^-2 (approx).
Speed (or velocity) can be zero during a period of constant acceleration. Take a ball thrown vertically into the air. From the time it leaves the hand, it is accelerating downwards, that is, against the direction in which it is travelling. There will come a time when the constant downward acceleration causes the ball to be stationary. This is the highest point the ball will reach and from that time onwards, the ball will begin to travel in the opposite direction, i.e. downwards. For the whole time the ball is in the air it will be accelerating downwards at a constant rate due to gravity. The velocity of the ball is changing continually and includes the moment when velocity is zero.
Absolutely correct.
That depends on its trajectory, or whether it is actually thrown downward. Please be more specific.
Morning is cooler then hotter in the afternoon because the sun has not made its way from our horizon into the sky, and by the time it takes the sun to reach the highest point in the sky ( where it will generate the most heat ) it is already the afternoon.
Anyone who is trying to figure out how high they can vertically throw an object like a ball has a little math to do. The calculation needed is the time it takes the ball to reach its max height multiplied by the rate at which gravity kicks in. Take that number and divide it in half.
Culminate means to reach the highest point or final stage of something. It can also refer to a culmination, or the highest point of achievement or development.
The tallest giraffe in the world stood at 20 feet so i would say that is the highest point a giraffe can reach.
A ball is thrown vertically upward from a point near the cornice of the tall building.It's just misses the cornice on the way down and passes a point of 160ft. below it's starting point . 5secs after declease the throwers hand. a.) what was the initial velocity of the ball? b.) How high did he tries about it's starting point c.)What was it's velocity on the highest point? d.)What was it's velocity as it pass the point 64ft. below the starting point e.) If the ball reach the ground in 7s how tall is the building ?
A ball is thrown vertically upward from a point near the cornice of the tall building.It's just misses the cornice on the way down and passes a point of 160ft. below it's starting point . 5secs after declease the throwers hand. a.) what was the initial velocity of the ball? b.) How high did he tries about it's starting point c.)What was it's velocity on the highest point? d.)What was it's velocity as it pass the point 64ft. below the starting point e.) If the ball reach the ground in 7s how tall is the building ?
Because - if you draw lines at right-angles from the base of a triangle vertically until they reach the highest point, then draw a horizontal line that connects those points, touching the highest point of the triangle - the area outside the triangle (but inside the resulting quadrilateral) is exactly half the area of the quadrilateral.
The waning gibbous moon will reach it's highest point in the sky somewhere between midnight and sunrise.
when did the american detective mysteries reach it's high point
20 ad
Either you mean, highest point in the day or when the earth is furthest from the sun. Noon is when its highest apprx. 12:00am and the Aphelion is when it is furthest.
India
CULMINATING* To reach the highest point or degree.* To come to completion.
In biochemical reaction, an optimal point is the highest point that the temperature and reach in a reaction without causing damages to the enzymes.