One way that animals adapt to seasonal change

Answers

Answer 1
Answer: Different animals do different things in the seasons, In winter, some fly south for the winter and some hibernate, and some are still around. 
Answer 2
Answer: They migrate or hibernate

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if a bowling ball hits a wall a force of 6 N, the wall exerts a force of how much back. on the bowling ball

Answers

it would exert the same back right?

What is its main function in the atmosphere for nitrogen

Answers

Nitrogen is very cold. If touched, it could freeze a person instantly. It is used in our atmosphere as a way for us to not be harmed by the harmful rays of the sun. The coldness helps prevent us from getting the full intense heat of the sun that will kill us.

A laboratory technician was examing a blood sample from a patient.He found a rare parasite that would cause the nausea and vomiting that the patient was experience which career pathway is being describe ?

Answers

Answer: Diagnostic

Explanation: For sure!

Jenny puts a book on her desk. she lifts the book up with her finger, using a force of 0.5N .The cover is 10cm wide .calculate the turning moment on the cover of the book

Answers

The turning moment on the cover of the book is 0.05 Nm.

Explanation:

Given:

Force applied (F) = 0.5 N

Distance covered (d) = 10 cm

Converting Distance covered from cm to meter we get (d)= 0.1 m

To find:

Turning Moment (M) on the cover of the book = ?

Formula to be used:                                    

Turning Moment (M) = F × d

                                  = 0.5 × 0.1

                                   = 0.05 Nm

Thus the turning moment on the cover of the book is found to be 0.05 Nm

The milliliter is a meter unit for

Answers

I believe the answer is meter

Answer:

From the answer choices, it would be volume.

Explanation:

Just trust me here

What effect would the temperature have on the time kept by a pendulum clock if the pendulum rod increase in length with an increase in temperature

Answers

As we know the time period of pendulum is given by the equation

T = 2\pi \sqrt{(L)/(g)}

so here

L = length of the pendulum

Now on increasing the temperature due to thermal expansion the length of the pendulum will increase and due to this the time period of the pendulum will also increase

Now due to increase in time period of the pendulum the clock will become slow and it will give incorrect time due to this increase in temperature

Thermal expansion increases the pendulum period, and the clock will lose time

Further explanation

Simple Harmonic Motion is the motion of an object (repetitive movement) through its equilibrium point where the frequency of vibrations / oscillation per second is constant

The motion that occurs in the pendulum is one example of simple harmonic motion

Terms used:

  • Deviation (y): the object's distance from the balance point
  • Amplitude (A): maximum deviation
  • frequency (f): number of vibrations at any time
  • Period (T): the amount of time in one vibration

Whereas the relationship T and f:

\displaystyle T=(1)/(f)\n\nf=(n)/(t)

n = number of vibrations / oscillation

t = time (s)

Formula used:

\large{\boxed{\bold{T=2\pi \sqrt{(L)/(g) }}}\rightarrow (1)/(f)=2\pi \sqrt{(L)/(g) }

From this formula shows that the period is proportional to the length of the pendulum rod.The longer the pendulum rod , the greater the amount of time in one vibration

If thermal expansion occurs in the pendulum clocks, the pendulum rod changes in length ,proportional to the temperature change, and increases the pendulum period, so the clock will lose time

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