The answer is C. If the box is accelerating, that means that the amount of force you are exerting is greater than the force of the box.
Answer:
6.71 × 10^8 mi/hr
Explanation:
Light is usually defined as an electromagnetic wave that is comprised of a definite wavelength. It is of both types, visible and invisible. The light emitted from a source usually travels at a speed of about 3 × 10^8 meter/sec. This speed of light is commonly represented by the letter 'C'.
To write it in the metric system, it has to be converted into miles/hour.
We know that,
1 minute = 60 seconds
60 minutes = 1 hour
1 kilometer = 1000 meter
1 miles = 1.6 kilometer
Now,
= ![\frac{3 \times\ 10^8 meter \times\ 60 sec \times\ 60 min}{1 sec \times\ 1 min \times\ 1 hr}](https://tex.z-dn.net/?f=%5Cfrac%7B3%20%5Ctimes%5C%2010%5E8%20meter%20%5Ctimes%5C%2060%20sec%20%5Ctimes%5C%2060%20min%7D%7B1%20sec%20%5Ctimes%5C%201%20min%20%5Ctimes%5C%201%20hr%7D)
= 1.08 × 10^12 m/ hr (meter/hour)
= ![\frac{1.08 \times\ 10^{12} meter \times\ 1 km \times\ 1 miles}{1 hr \times\ 1000 meter \times\ 1.6 km}](https://tex.z-dn.net/?f=%5Cfrac%7B1.08%20%5Ctimes%5C%2010%5E%7B12%7D%20meter%20%5Ctimes%5C%201%20km%20%5Ctimes%5C%201%20miles%7D%7B1%20hr%20%5Ctimes%5C%201000%20meter%20%5Ctimes%5C%201.6%20km%7D)
= 6.71 × 10^8 mi/hr (miles/hour)
Thus, the value for speed of light (C) in metric unit is 6.71 × 10^8 mi/hr.
Mr. Hitch taught us about sedimentary, metamorphic, and igneous rocks. He described how they were formed, what they contain, and showed us samples of each. He is a good geologist.
The missing word and answer is: geologist.
Answer:
Below
Explanation:
To solve for d rearrange the formula v = (d)(t) to:
d = v / t
I'm not to sure if you are using different variables but usually in physics the formula for velocity is v = d / t not v = dt
If you wanted to solve for displacement you would do:
d = (v)(t)
Hope this helps!
The answer to this question would be 330 m/sec