How do many abusive relationships begin?a.) With abuseB.) As blind datesC.) HappilyD.) Unhappily

Answers

Answer 1

Answer:

Contrary to what you might think, abusive relationships can actually begin happily with no problems at all. The answer is C).

Related Questions

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Artists Michaelangelo, Raphael, and Leonardo da Vinci belong to which period of the Renaissance?a. Early Renaissance b. High Renaissance c. Late Renaissance
An example of a high energy electromagnetic wave is a radio wave a red light wave an x-ray an infrared wave ------------------------------------------Give an example of an energy transformation. ------------------------------------------When heat is transferred to a substance explain why the temperature goes up
If the breakers at a beach are separated by 5 m and hit shore with a frequency of 0.3 Hz, at what speed are they traveling?
A lamp is plugged into a standard 120-volt outlet. If the lamp draws a current of 0.5-amps, how much energy is consumed in 1 minute?

What component of Star Wars is possible based on our current understanding of physics?

Answers

A planet can orbit around twin stars...like Luke's home planet.

The storm troopers are actually all 12 year old girls so that explains why they have such bad aim :D

Look at the graph. During what interval is the object decelerating?A) 0-1s
B)5-20s
C) 20-4
D)40-50s

Answers

Answer:

Should be D the correct answer

Explanation:

Answer:

Explanation:

because the slope decreases

Fusion occurs in the _______ of the Sun, where the pressure and temperature are very high.

Answers

Nuclear fusion occurs in the CORE of every star, where
the pressure and temperature are very high.

If fusion does not take place in the core, then you don't have a star.

Answer:

nucliare fussion happens in the core of the sun

Explanation:

The temperature scale which starts at absolute zero is the _____.Centigrade scale
Celsius scale
Fahrenheit scale
Kelvin scale

Answers

The temperature scale which starts at absolute zero is the Kelvin scale. The correct option in respect to the given question is the last option. William Thompson was the British scientist and inventor that invented the Kelvin scale. William Thompson was also popularly known as Lord Kelvin.His discovery of the Kelvin scale is considered one among the three best scales in use for measuring temperatures.Each measuring unit of this scale is never called a degree but a Kelvin. This specialized scale gives the option of measuring temperature in both centigrade and Fahrenheit.

the temperature that the scale starts at absolute zero is called the Kelvin scale

Which is the correct standard notation for 9.3 x 10^59,300
93,000
930,000
9,300,00

Answers

Answer:

930,000

Explanation:

9.3 x 10^5

The power of 10 (5 in this question) gives the number of times the decimal point is to be moved to the right.

If there was a negative sign in front of the power, the number would have been an indication of how many times the decimal point is to be moved to the left.

Further to this

9.3 x 10^5 = 9.30000000 x 10^5

= 930000.000

= 930,000

The correct standard notation for 9.3x10^5 is 930,000.

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:

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

#SPJ11

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7 In an experiment, six people at different places around the Earth drop an apple at the same time. Which apples will fall to the Earth?a. Only apples U, V, Y and Z will fall to the Earth. b. All of the apples will fall to the Earth. c. Only apples U and Z will fall to the Earth. d. Only apple U will fall to the Earth.

Voltage sources are used to sustain a. the flow of protons b. chemical reactions c. resistance d. the movement of electric charge

What allows us to stand upright and keeps us from falling through the ground?

One result of wave refraction is that _____.wave energy is concentrated on headlands projecting into the waterwave energy is largely dissipated before the waves reach shorewave energy is concentrated in the recessed areas between headlandsheadlands are enlarged by sediment deposited on their seaward side