You run straight off a high diving board at a speed of 6 m/sec. You hit the water 2 seconds later.a. How far did you travel horizontally during the 2 seconds?
b. How far did you travel vertically during the 2 seconds?
c. How fast were you moving horizontally when you hit the water?
d. How fast were you moving vertically when you hit the water?

Answers

Answer 1

Answer: My answers are in the comments. Sorry for the repeated answers on some of them

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A relationship can be damaged by?

Answers

Answer:not meeting expectations

Explanation:

fights and a non sturdy relationship and fights happen a lot

I don't understand why when you use a straw the higher pressure outside of it pushes the water up the straw.

Answers

When material stuff is free to move, it moves away from stronger force on it to weaker force on it. OK ? Now take it to the next step: When material stuff is free to flow ... like liquid or gas ... it flows from higher pressure to lower pressure. That's what makes wind, and that's why water comes out of a garden hose when you open the nozzle. It doesn't amaze you at all when you INCREASE the pressure at one end of the straw (blow into it), and air moves DOWN and out of it. So it shouldn't bother you that when you DECREASE the pressure at your end, anything that's free to flow UP the straw will do that.

pressure is force acting on an area .
in the same area, more pressure means more force.

2 person, pressure outside and one in straw push water against each other. more pressure outside, so more force it pushes ... where will the water flow?

the waves created by two speed boats in the lake interact to form larger waves this is an example of

Answers

Answer:

A. constructive interference.

Explanation:

brainliest please? :))

In the diagram, the liquid is vaporizing at which point? Question 5 options: A
B
C
D
E

Answers

Answer : The correct option is, (D)

Explanation :

Vaporization process : It is type of process which occurs when phase changes from liquid phase to gaseous phase at constant temperature. And liquid converted to gas phase at temperature $100^oC$ .

Melting process : It is type of process which occurs when phase changes from solid phase to liquid phase at constant temperature. And solid converted to liquid phase at temperature $0^oC$ .

In the given diagram,

'A' shows the solid phase, 'B' shows the melting process, 'C' shows the liquid phase, 'D' shows the vaporization process and 'E' shows the gas phase.

Hence, the liquid is vaporizing at 'D' point.

I really think it's C,D,& E because the boiling point had passed to make the water starts to boil

what variables affect the acceleration of an object and in what matter do they affect the acceleration?

Answers

The variables that affect the acceleration of an object are

-- the object's mass
and
-- the net force acting on the object.

Acceleration = (net force) divided by (mass) .

The more mass an object has, the less acceleration it will have
in response to the same net force.

The more net force acts on an object, the more acceleration
the object will have.

What are examples or centripetal acceleration?

Answers

Centripetal acceleration is necessary, and is present, whenever any object
moves in a closed path, or along any part of a circular path. Some examples
I can think of are:

-- a planet or a comet in orbit around the sun
-- a moon in orbit around a planet
-- the little ball making circles around the spinning roulette wheel
-- a stone tied to the end of a string, when you spin it around your head
-- the end of the spinning string on a weed-whacker
-- the tip of the blade of a fan or a windmill
-- any little bit of rubber on a car tire or bicycle tire, when they're moving
-- a strawberry seed spinning around the inside of the blender jar when you're
making a smoothie
-- a car driving around a curve in the road
-- you on almost any amusement park ride; whenever you're not moving in a
straight line, you're experiencing centripetal acceleration.

centripedal acceleration :

⇒ the moon in orbit around a planet (or the sun).
⇒ The Earth (or an other planet) in orbit around the sun.

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