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2 years ago

Match the object to the type of motion it's displaying. which letter goes with which number?

Physics

1 answer:

makkiz [27]2 years ago

8 0

<em>Hello There!!</em>

<em>I think the best answer choice is:</em>

<em>A. </em> $Linear$ $motion$

<em>B. </em> $Rotational$ $motion$

<em>D. </em> $Vibrational$ $motion$

<em>4. </em> $Runners$ $sprinting$ $across$ $a$ $straight$ $track$

<em>C. </em> $Curvilinear$ $motion$

<em>3. </em> $Music$ $being\\\\\\$ $played$ $on$ $a$ $stringed$ $instrument,$ $such$ $as$ $a$ $guitar$

<em>2. </em> $A$ $car$ $driving$ $up$ $a$ $winding$ $mountain$ $road$

<em>1. </em> $The$ $propeller$ $of$ $an$ $aircraft$ $in$ $midair$

<em>I'm not sure this is 100% right....</em>

<em>P.S </em><em>Tell me if this is wrong....</em>

<em /> $Hope This Helps$ <em> </em> $Sangwoo!!$ <em />

<em># </em> $Always$ <em> </em> $Brainly$ <em />

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2 years ago

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2 years ago

A 60-kg runner raises his center of mass approximately 0.5 m with each step. Although his leg muscles act as a spring, recapturi

Darina [25.2K]

Answer: P = 36.75W

The additional power needed to account for the loss is 36.75W.

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The potential energy of the body for each step is;

P.E = mgh

P.E = 60 × 9.8 × 0.5

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2 years ago

What is the rotational speed of the second hand on a clock that measures the seconds?

pickupchik [31]

Explanation:

Below is an attachment containing the solution

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2 years ago

A jet accelerates from rest down a runway at 1.75m/s² for a distance of 1500 m before takeoff.

babunello [35]

A. Using the third equation of motion:
v2 = u2 + 2as
from the question;
the jet was initially at rest
hence u = 0
a = 1.75m/s2
s = 1500m
v2 = 02 + 2(1.75)(1500)
v2 = 5250
v = √5250
v = 72.46m/s
hence it moves with a velocity of 72.46m/s.
b. s = ut + 1/2at2
1500 = 0(t) + 1/2(1.75)t2
1500 × 2 = 2× 1/2(1.75)t2
3000 = 1.75t2
1714.29 = t2
41.4 = t
hence the time taken for the plane to down the runway is 41.4s.

Read more on Brainly.com - brainly.com/question/18743384#readmore

8 0

2 years ago