PHYSICS HIGH SCHOOL

A stuntman jumps from the roof of a building to the safety net below. How far has the stuntman fallen after 1.6 seconds?

Answers

Answer 1

Answer: how tall is the building?
u need to divide the height by 1.6 to get your answer

Answer 2

Answer:

Explanation:

12.5m

Related Questions

Select all of the answers that apply. To do your part during a drought, you should _____.A) take extra long showersB) fix leaky faucetsC) overwater your lawnD) let the water run while you brush your teethE) use a broom to sweep your driveway ins
A model rocket accelerates at 15.3 m/s2 with a force of 44 N.Calculate the mass of the rocket. Round your answer to the nearest tenth of a kg.The mass of the rocket is kg.
Nuclear power plants require large volumes of _____ to cool reactors and convert heat to electricity.air water salt uranium
should your directions to a friend for traveling from one city to another include displacements or distances?Explain
A 4kg block sitting on the floor, how much potential energy does it have?

If you were standing at the center of curvature in front of a concave mirror, what image would be projected?A. The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

B.The image would be upright, would look shorter than you, and would be closer to the mirror than you are.

C.The image would be upside down, would look shorter than you, and would be closer to the mirror than you are.

D.The image would be upright, would look as tall you, and would be at the same distance from the mirror as you are.

Answers

The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

Answer:

A. The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

Explanation:

As we know by the mirror formula

$(1)/(d_i) + (1)/(d_o) = (1)/(f)$

now we know that object is placed at distance equal to the radius of mirror

$d_o = -R$

also we know that focal length of mirror is half of the radius of mirror

$f = (R)/(2)$

now we have

$(1)/(d_i) - (1)/(R) = -(2)/(R)$

so we have

$d_i = -R$

so image will be at same position as that the position of object and it is inverted in position so correct answer will be

A. The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

According to Newton's 2nd law of motion, if you hit a baseball with a bat it will _____.

Answers

Answer:

The baseball will accelerate.

Explanation:

According to Newton's second law,

The force is the product of the mass and acceleration of the object.

In mathematically term

$F = ma$

Where, m = mass

a = acceleration

If we hit a baseball with a bat it will accelerate by the applied force.

Hence, The baseball will accelerate.

it will go a certain distance then stop or slow down by the winds force

Three quarterbacks challenged each other to a throwing competition. They want to see who can throw the ball the furthest. What SI unit would be most appropriate to measure the competition? Question 1 options: Celsius Gram Meter Liter

Answers

Answer:

Meter

Explanation:

The competition between the three quarterbacks is with respect to how far the ball would be thrown by each person, which is the distance covered by the ball. The thrown ball is an example of projectile, which would move over a certain distance.

With respect to the measure to be used in the competition, the appropriate SI unit is meter. This is the measure of length or distance covered.

Where is the 3rd quadrant

Answers

The 3rd Quadrant is the lower left one on a graph,
where ' x ' and ' y ' are both negative.

Your picture is completely unrelated to this question.

When the temperature of an object increases, what happens to the kinetic energy of the particles in the object? A.It is conserved.

B.It equals zero.

C.It increases.

D.It decreases.

Answers

When the average kinetic energy of the particles in the object increases, we sense and measure that change as an increase in the object's temperature.

At a given location in space, the magnetic field in an electromagnetic wave is increasing. How is the electric field changing at that same location? a. The electric field is increasing.
b. The electric field is decreasing.
c. The electric field is not changing.

Answers

Answer:

Option a) is correct

Explanation:

In the given question option a) ( i.e the electric field is increasing ) is correct.

The above option is correct because the electric field and the electromagnetic wave both are in the same phase of the EM wave. Thus, the electromagnetic wave and the electric field are directly proportional to each other.

Final answer:

In an electromagnetic wave, the electric and magnetic fields are linked, oscillating in phase. Therefore, when the magnetic field is increasing, the electric field is also increasing.

Explanation:

In an electromagnetic wave, the electric field and the magnetic field are perpendicular to each other and they oscillate in phase. This means when the magnetic field is increasing, the electric field is also increasing, and vice versa. So, the correct answer is option a. The electric field is increasing. It's important to keep this correlation in mind while studying electromagnetic waves, as these oscillations and their interplay are fundamental to how these waves propagate through space.

Learn more about Electromagnetic Wave here:

brainly.com/question/29774932

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The temperature of water in a beaker is 45°C. What does this measurement represent?the heat capacity of water the total thermal energy of water the average kinetic energy of water particles the total kinetic energy of water particles

What is heat?What are it's units?

Which statement about motor development is true? a.Motor skills are interrelated. "b.Motor skills are separate, innate abilities. " c.Children acquire motor skills on a fixed maturational timetable. d.Children acquire motor skills in the sequence implied by motor norms.