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3 years ago

What special day is when Massachusetts receives the most indirect rays of the sun?

1 answer:

6 0

In December solstice Massachusetts receives the most indirect rays of the sun. It happened on the day of 21st of December.

Explanation:

Winter solstice festivities bring "stillness, light, and warmth" into this period of the occasion hustle. Keeping that in mind, we give you this gathering of mysterious occasions to stamp the day of the year (this year, Friday, December 21) with the briefest time of sunlight and the longest night of year. Also, obviously, to respect the arrival of the sun and the more extended days to come.

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from an origin you walk 3 meters east 7 meters west and then 6meters east . where are you now relative to the origin?

german

You take 3 steps east, turn around & take another 7 steps west (4 steps always from origin) you turn around again and take 6 more steps east - 2 steps always from origin

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3 years ago

A crystal is irradiated with x-rays with a wavelength of 0.120 nm. the atomic planes in the crystal are separated by 0.21 nm. at

Kryger [21]

The angles of incidence with respect to the normal will the x-rays reflect from the crystal will be 16.60 degrees.

Given: wavelength of X-rays, λ= 0.120 nm

Distance, d=0.21 nm

According to Bragg’s diffraction law: nλ = 2dsinθ

thus, 0.120 = 2*0.21sinθ

or θ = $sin^{-1}$ (0.120/2*0.21)

or θ = 16.60 degrees.

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3 years ago

¿por qué la homofobia?

Alika [10]

Answerndndndnndndddnf

Explanation:

8 0

3 years ago

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(12 points) When forces are UNBALANCED on an object, the object could: (Choose all that apply)

charle [14.2K]

As per Newton's law when unbalanced force is acting on the object

$F = ma$

so acceleration of the object is given as

$a = \frac{F}{m}$

since object is accelerating here so we can say that due to unbalanced force there must be change in velocity of the object

So correct answer regarding change in velocity must be given as

3. Decelerate

4. Stop moving

5. Accelerate

7. Start moving

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3 years ago

A hiker walked a hiking trail according to the chart below. What is a possible explanation of the hiker's movement?

AnnZ [28]

A.The hiker had an easy, level trail from 11:00-12:00 and was able to travel the fastest during that time period.---> may be because this was indeed fastest stage

b.The hiker got tired and walked the slowest from 1:00-2:00.---> no, because this was not the slowest stage

c.The hiker stopped for lunch from 11:00-12:00 and that slowed him down.---> no because this was the fastest stage

d.The hiker ended up in the same place that he started.---> no, because the hiker walked more toward east than toward west and more toward south than toward north.

Answer: option a)

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3 years ago

Read 2 more answers