A suspect is leading the police on a car chase. The officer reports that the suspect is traveling north at 100 miles per hour. The officer has reported the suspect's

Answers

Answer 1
Answer: The officer has reported the suspect's : Velocity

In order to count velocity, you need speed and direction to define it.

the police just describe the speed (100 miles per hour) and the  direction (to the north)

hope this helps
Answer 2
Answer: The speed of the suspect's mobile is 100 miles per hour. This information is coupled with the direction which is due north. So, the officer has reported the suspect's velocity. Velocity is a vector quantity as it takes into account both the magnitude and direction. 

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Nêu 2 ví dụ cho mỗi trường hợp sau: vật chuyển động,đứng yên,chuyển động do với vật này đứng yên so với vật khác,chuyển động thẳng,chuyển động cong,chuyển động tròn.

Answers

Answer:

Hai ví dụ như sau:

a) Vật thể chuyển động - Phương tiện di chuyển, Người đàn ông đi bộ

b) ở trạng thái nghỉ - Xe đứng, người ngồi

c) Chuyển động vì một vật đứng yên so với một vật khác - Một người đàn ông ngồi trên sân ga đứng yên so với đoàn tàu đang chuyển động, Một ô tô chuyển động ngang qua những ngôi nhà đang đứng yên

d) chuyển động thẳng - Đi bộ trên đường, chuyển động lên trên

e) chuyển động cong - Chạy trên đường tròn, đạn bắn ra từ súng

f) chuyển động tròn đều - Xe chuyển động trên đường cong, êlectron chuyển động vuông góc với từ trường đều

Explanation:

Hai ví dụ như sau:

a) Vật thể chuyển động - Phương tiện di chuyển, Người đàn ông đi bộ

b) ở trạng thái nghỉ - Xe đứng, người ngồi

c) Chuyển động vì một vật đứng yên so với một vật khác - Một người đàn ông ngồi trên sân ga đứng yên so với đoàn tàu đang chuyển động, Một ô tô chuyển động ngang qua những ngôi nhà đang đứng yên

d) chuyển động thẳng - Đi bộ trên đường, chuyển động lên trên

e) chuyển động cong - Chạy trên đường tròn, đạn bắn ra từ súng

f) chuyển động tròn đều - Xe chuyển động trên đường cong, êlectron chuyển động vuông góc với từ trường đều

Blue light and yellow light combine to produce white light becausea. they absorb each other s wavelengths.
b. blue, yellow, and white are primary colors.
c. they are complementary colors of light.
d. they are both primary colors of light.

Answers

Answer: The correct answer is c.

Explanation: According the RGB color model, the light of the two complementary colors will combine to form a white light. This happens because the complementary colors combine at full intensity.

Complementary colors according to RBG color model is:

  1. Red - Cyan
  2. Green - Magenta
  3. Blue - Yellow

From the above information, we conclude that blue light and yellow light are complementary colors of light and hence, the combination of two will produce white light.

Blue and yellow light combine to produce white light because they are complementary colors of lights.
When you say complementary colors, it refers to a combination of 2 colors that when mixed, they fade out their color. That's why when blue light and yellow light are combined they produces white light.

Which statement best describes the liquid state of matter?

Answers

There are no acceptable descriptions at all on that list of choices.

You use a 1200-watt hair dryer for 10 minutes each day. a. How many minutes do you use the hair dryer in a month? (Assume there are 30 days in the month.) b. How many hours do you use the hair dryer in a month? c. What is the power of the hair dryer in kilowatts? d. How many kilowatt-hours of electricity does the hair dryer use in a month? e. If your town charges $0.15/kWh, what is the cost to use the hair dryer for a month?

Answers

Data;

  • Power = 1200W
  • Time/day = 10 mins

Power

The is the rate of energy used to time. It is the measure of expedience of energy.

a). How many minutes is the dryer used in a month.

Assuming there 30 days in a month;

1 day = 10 mins\n30 days = x mins\nx = 30 * 10 \nx = 300 mins

This shows that the dryer is used 300 minutes in a month.

b). How many hours is the dryer used in a month.

To solve this problem, we simply need to convert the value of (a) from minutes to hours.

1hr = 60 mins\ny hr = 300 mins\ny = (300)/(60) \ny = 5 hours

The dryer was used for a total of 5 hours in a month.

c). The power of the dryer in  kilowatt.

To convert the power in watt to kilowatt, we divide by 1000.

P = 1200W\nP = (1200)/(1000) \nP = 1.2kw

The power in kilowatt is 1.2kw

d). How many kilowatt/hr of electricity used in a month.

1.2 * 5 = 6kw/h

The dryer consumes 6kw/h in a month.

e). If the town charges $0.15/kwh, the cost in a month

\$0.15 = 1hr\nx= 6hr\nx = 6 * 0.15\nx = 0.9

The cost of the dryer in a month is $0.9.

Learn more on power here;

brainly.com/question/911620

300 minuts
5 hours
1.2 killowatt
6 killowatt hour
6*0.15=0.9
$0.9

A tuning fork with a frequency of 512 Hz is used to tune a violin. When played together, beats are heard with a frequency of 4 Hz. The string on the violin is tightened and when played again, the beats have a frequency of 2 Hz. The original frequency of the violin was ______.

Answers

Answer:

508Hz

Explanation:

A tuning fork with a frequency of 512 Hz is used to tune a violin. When played together, beats are heard with a frequency of 4 Hz. The string on the violin is tightened and when played again, the beats have a frequency of 2 Hz. The original frequency of the violin was ______.

When two sound waves of different frequency approach your ear, the alternating constructive and destructive interference causes the sound to be alternatively soft and loud - this phenomenon is beat production

frequency is the number of oscillation a wave makes in one seconds.

f1-f2=beats

therefore f1=512Hz

f2=?

beats=4Hz

512Hz-f2=4Hz

f2=512-4

f2=508Hz

the original frequency of the violin is 508Hz

Final answer:

The original frequency of the violin was 508 Hz. This is based on the principle of beats, where the beat frequency is the absolute difference in frequency between the two sources - in this case, the tuning fork and the violin string.

Explanation:

The original frequency of the violin string can be found using the principle of beats. The frequency of the beats is equal to the absolute difference in frequency between the two sources - in this case, the tuning fork and the violin string.

Initially, the beat frequency was heard as 4 Hz. This indicates that the original frequency of the violin was either 512 Hz + 4 Hz = 516 Hz, or 512 Hz - 4 Hz = 508 Hz. However, when the violin string was tightened, the beat frequency decreased to 2 Hz, which means the frequency of the note it was producing increased.

Therefore, the violin must have initially been producing a note with lower frequency (508 Hz), and even after tightening the string, the note it now produces (510 Hz) remains lower than that of the tuning fork.

Learn more about Beat Frequency here:

brainly.com/question/29428851

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Is potential difference is same in parallel series

Answers

-- The potential difference (voltage) is the same across all components
that are connected in parallel.

-- The current is the same through all components that are connected in series.