To find the time that a ball is in the air, you need to determine when the height function equals zero. For the equation -16t^2 + 80t, you can set it equal to zero and solve for t to find the times when the ball is in the air. The ball will be in the air for a duration of 5 seconds.
It's a specially formulated oil designed for chains, clutches and the extreme sheer pressure's of the compensator clutch.
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).
If the acceleration is positive (plus 3 m/s^2), the golf ball is speeding up. This is because the acceleration and velocity have the same sign, indicating that the object is increasing its speed.
The formula to find resistance force is given by R = F/A, where R is the resistance force, F is the force applied, and A is the area over which the force is applied. This formula is often used in physics and engineering to determine the resistance force in various scenarios.
The total vertical distance the ball has traveled is 96 feet, calculated as 48 feet for the initial drop plus 48 feet for the sum of the bounces (24 feet for the first bounce and 12 feet for the second bounce).
-16t2 + 64t + 1224 = 0 Multiply both sides by -1 16t2 - 64t - 1224 = 0 Divide both side by 8 2t2 - 8t - 153 = 0 Cannot be factored so use the formula (-b (+ or -)(root of b2 - 4ac)) / 2a
There are no integer roots of this equation. Using the quadratic formula gives roots of 1.34 and 3.04 plus or minus loose change in each case.
0,16 1,49
16t2 - 37t + 20 = 0 Using the quadratic formula, t = [37 +/- sqrt(372 - 4*16*20)]/(2*16) = [37 +/- sqrt(89)] / 32 ie t = 0.861438 or t = 1.451062
16t2 + vt - S = 0 This is in the general form of the quadratic equation, and the general quadratic solution can be applied directly. t = [ (-v) plus or minus the square root of (v2 + 64S) ] all divided by 32.
This one's ugly.(5 times the square root of 23 minus 4it)(5 times the square root of 23 plus 4it)where i is the square root of negative one.
A pebble is dropped from the top of a 144-foot building. The height of the pebble h after t seconds is given by the equation h=−16t2+144 . How long after the pebble is dropped will it hit the ground?Interpretationa) Which variable represents the height of the pebble, and in what units?b) Which variable represents the time in the air, and in what units?c) What equation relates the height of the object to its time in the air?d) What type of equation is this?e) What are you asked to determine?
That doesn't factor neatly. Applying the quadratic equation, we find two real solutions: (35 plus or minus the square root of 1237) divided by negative eight.x = -8.7713763487767244x = 0.02137634876724359
The equation ( s = -16t^2 + vt + k ) represents the height ( s ) of a ball thrown into the air at any time ( t ), where ( v ) is the initial velocity and ( k ) is the initial height. The term (-16t^2) accounts for the downward acceleration due to gravity, while the other terms represent the ball's motion upward. This quadratic equation models a parabolic trajectory, with the vertex representing the maximum height reached by the ball. As time progresses, the ball rises and then falls back down, creating the characteristic parabolic shape.
"2 plus 2" is not a scientific formula. In fact, it is not a formula of any sort.
I think every 2 or 3 hours IDK
The formula for carbon plus chlorine is CCl4, which represents carbon tetrachloride.