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96 "d 08 12km am JI...

Question

96 "d 08 12km am JI

96 "d 08 12km am JI



Answers

Convert the following to SI units: a. $9.12 \mu s$ b. $3.42 \mathrm{km}$ c. $44 \mathrm{cm} / \mathrm{ms}$ d. $80 \mathrm{km} /$ hour

Okay, so in the expression W two third, I'm gonna replace W with 13 to give me 13. And then 13 is still raised to the third power now 13 to the third. Power is just 13 times itself another two times for a total of three times. Now we can just multiply left to right. 13 times 13 This 1 69. Still most time by one more. 13 1 69 times. 13 this 2197 for our final answer.

This program. We're focusing on unit conversion which conversion tables can be easily found in basically any physics textbook. So we'll go ahead and collect the necessary conversion factors. Mhm. So we know that one microsecond legal to 10 to the negative. Six seconds. One kilometer is equal to 10 to the 3 m. 1 m is equal to 10 to the second centimeters. One hour is equal to 60 minutes. One minute is equal to 60 seconds. Okay, so now starting with part A were given 1.29 point 12 microseconds. We want to convert this into seconds. So So we have our microseconds here. We know the conversion factors to under the negative six seconds per one microsecond and then here it's really important to pay attention to units to make sure that they're canceling. So you end up getting the correct unit that you're needing. This ends up giving us 9.12 times 10 to the negative, six seconds to partly. We have 3.42 kilometers and we want to put that into meters. So following the same procedure, we have 3.42 kilometers pulling that conversion factor that we have up top. So it's 10 to the 3 m per one kilometer canceling our units. It gives us 3.42 times 10 to the 3 m. For part C, we have 44. Um, yeah, centimetres. And we want to die centimetres for I heard. Second, we want to put that in 2 m per second. So we have 44. Yeah, well, just keep your unit street. Sometimes you can put them. They're in parentheses like this and using our conversion factors from the top of the page, we have 10 to the negative. Two years per one, senior. Yeah, Microsecond for 10 to the negative. 30 seconds and then cancel your units. Okay. Yeah. Gives us 4.4 times 10 the second meters per second. Mhm. And for part D, we have 80 kilometers per hour. Yeah, we know that there was one of the 3 m and one kilometre. Yeah, Mhm. One hour is 3.6 times 10 to the second seconds. Okay. I'm just making sure units work out. Mhm gives us 22 meters per second. Yeah,

So this problem we went to confer. 2222. 2200 yards. Two miles is the conversion factor of yards. Two miles is one mile is equal to 1760 yards. So what do we do here? Well, we have to divide 2200 by us 1760 because that's the conversion rate in order to get one mile, and when you do that, you should end up with a number of 1.25 miles.

Orchestrations. Let's start. Our discussion can worsen from one system. Okay, We're very family with the unit off kilometers and meters are since second. That is one kilometer is a question 10 Chris. Part three meter. That is 1000 meter. So what? One meter is a cousteau. Timeless par minus three kilometers. Okay, similarly, one are Is it closed toe? 60 minute and one minute is grilling toe 60 seconds. So basically in one are we have clear six geological seconds and in one seconds we have one upon 36 Gee, does you know? Uh, no. Consider our example. We have to convert. Ah one meet a per second in tow. One kilometer, but are very simple. It can be written as one meter a born one second. Okay, now one meter equivalent to 10 less par, minus three kilometer and one second. Is it really do one by 36 geological. So from here we will get 3 60 It'll geo in tow. Henry's bar minus tree kilometer. But, uh okay, so by solving this, we will get crease it. Point six. She don't to you Basically 3.6 killing me. But I means 11 You need. Ripper's second is a cool in tow. 3.6. Kill me Dough book I Well, thank you. This is all from me For this example. I hope you will like to read you.


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