The function that models the height of the ball (in meters) as a function of time (in seconds) after Sarah kicked it is h(t) = vt - ¹/₂gt².
The equation of the motion of the ball is calculated from the second kinematic equation as shown below.
h(t) = vt - ¹/₂gt²
where;
Thus, the function that models the height of the ball (in meters) as a function of time (in seconds) after Sarah kicked it is h(t) = vt - ¹/₂gt².
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This question is about analyzing the motion of a ball launched at an angle of 60 degrees above the horizontal using kinematic equations in Physics.
The subject of this question is Physics. The question is asking about a ball that is launched at an angle of 60 degrees above the horizontal. The table shown provides information about the vertical position of the ball at different points in time. The question involves using kinematic equations to analyze the motion of the ball.
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Mr. Baker have done to make the capsule easier to find is Marked down the coordinates of the time capsule
We have given that,
Mr. Baker's fifth-grade class buried a time capsule in the field behind the school.
They drew a map and marked the location of the capsule with an X so his class can dig it up in ten years.
We have to determine the capsule is easier to find.
Markup is how much to increase prices and markdown is how much to decrease prices.
Therefore here is the decreasing the price so that we use the
Marked down the coordinates of the time capsule.
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How much pizza sauce is needed to cover a 16" pizza? (Note: 16" is the diameter of the pizza.)
A)
50.24 in2
B)
200.96 in2
C)
803.84 in2
D)
3215.36 in2
Answer:
divide 1.5x10^-10 by 2.5x10^-11 which is 6 meaning the Mercury atom is 6 times larger than a hydrogen atom.
Step-by-step explanation:
im sure thats right !
Answer:how many times as large is the approximite radius of a mercury atom, 1.50*10^-10 meter, as the approximite radius of a hydrogen atom, 2.5*10^-11 meter?
Step-by-step explanation: