Anyone getting ready for the RAF AST test should watch this for the fundamentals for the mechanical comprehension test. Very good at outlining the likely questions you will be answering
Sincerely thank you for this video and knowledge. This was my go to video for an aptitude test I needed to take and I passed reasonably well. And honestly this video helped greatly. Thank you.
Thank you this is a really good video. I have my test in 13 days for Electrician and I am studying non-Stop! I need test like these, and they are helping out a lot. Got most of them correct and some wrong.
I believe there are two errors in the mechanical horsepower section at the 7:29 mark. 1.) Mechanical horsepower is not the force necessary to move one pound a distance of one foot over one second. That is the definition for ft-lbs/sec. 2.) 500 ft-lbs/sec should be 550 ft-lbs/sec.
I was hesitant to watch this one because it declared itself the 'best'. However, this title is not unfitting. I've been unable to find any better resource for basic mechanics on youtube, or anywhere else for that matter. This is fantastic. Thank you so much!
Mechanical horsepower is defined as the ability to do work at a rate of 550 foot-pounds per second, not 500. It's probably just a typo as that happens with human error sometimes but it's something to make note of considering the principle.
Was tricked at 11:42. Felt for that answer, the sentence structure was incorrect. Should have read, "An engine running at 90% efficiency is producing 90HP. How much is lost. The way it reads here implies it runs at 90HP (as though that's it's rated) , but only running at 90% efficiency. Therefore 9% is your loss. HATE when I miss answers like this due to wording. Maybe I'm wrong. but, that is the way I read it.
Small corrections require. On a second class lever drawing the Effort distance should be from Fulcrum to Effort point (not from Resistance to Effort). Thanks,
Thank you for your video on basic mechanical principles. However, I have found a mistake on 7:28 (video time), in which you are saying that 1 mechanical horsepower can do 500 ft-lbs/sec while it should be corrected to 550 ft-lbs/sec. Thanks
The sketch above shows a component which is stamped out of sheet steel. The square in the center is discarded. These components are stamped out of a continuous steel coil with a width of 70 cms. The stamping process require...solve this type of question
I'm sorry but we don't offer individual tutoring. If you'd like more review for the Mechanical Aptitude Exam, we recommend our study guide which is available at www.mometrix.com/studyguides/mechanicalaptitude.
I disagree at 12:01 the loss of horsepower is actually 9 not 10. Man and you guys sent this to me as a study guide??? Your mathematical equation you're teaching me 90/.90=100... Actually this needs to be expressed 90 x .90 with total 81 horsepower output with a loss of 9 loss horsepower for your original question. BOO! Clicking away...
Is it really this easy? Only thing that messes me up here are units, in Australian physics we work in kilograms, meters and seconds (KMS) I was planning on going to university and doing a double degree, one in mechanical and the other in electrical engineering but I was offered entry to a vet course and to mechanical fitting and machining, they showed me what they did and I loved it Edit* if the engine puts out 90 but is only 90% efficient then wouldn't the final output be 90x0.9= 81? If it's 90% efficient it doesn't make sense that it would output more than it's capable of..
I thought the same thing. That question is phrased in a really confusing way. Like they were trying to trick us to get I wrong. I don’t know how they didn’t see I that way. If they worded it properly it would have been a super easy question that everyone would get right. “ A 100hp engine is currently only running on 90% efficiency. How much horsepower is lost?” That’s how they should have worded it.
You're welcome. We are glad you found the video helpful. We also have a great study guide for the Mechanical Aptitude Test on our website at www.mometrix.com/studyguides/mechanicalaptitude.
The short ton (also known as net ton) equals to 2000 pounds and used in north america (united states and canada), the long ton (also known as weight or gross ton) is used in the imperial system (UK and some of the other english speaking countries) and defined as 2240 pounds or 1016 kilograms. We are using the 2000 lb conversion since we are in North America. Hope this helps. For more review, check out our Mechanical Aptitude Study Guide at www.mo-media.com/mechanicalaptitude/.
We are glad you found the video helpful. For more review, check out our Mechanical Aptitude Study Guide at www.mometrix.com/studyguides/mechanicalaptitude.
+Captainsoap64 We do offer excellent study guides for the Journeyman Plumber's Exam and the Master Plumber's Exam on our website at www.mometrix.com/studyguides/plumber!
Mometrix Test Preparation I’m confused to. This is on PULLEYS AND MECHANICAL ADVANTAGE...did you mean since N=MA=2 and 200/80 = 2.5 we would at least need N=MA to be = to 2.5 to be able to move package upward?
14:05 isn’t explained well. 200/80 is 2.5 but you have 2 ropes, therefore the answer is no. Isn’t beacause N is 2… besides 12:10 is incorrect, 9hp is the right answer. And people commenting that this actually helps; it just makes you dumber and confused.
I'm sorry but we do not offer a study guide specifically for that exam. We do have a general Mechanical Aptitude Exam Study Guide. It is available at www.mo-media.com/mechanicalaptitude.
I'm sorry but we do not have information about that specific exam. If you'd like more study materials for a Mechanical Aptitude exam, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
+ELIAS RODRIGUEZ We do offer an excellent study guide for the Mechanical Aptitue Test. It has approximately 230 pages and includes 184 practice test questions. Our editors work hard to keep all material current and up to date. We only ship the latest version of the material. Once a product is updated we will no longer carry any of the old material. Should you order something that you do not feel is current you may return it for a full refund. This insures our customers receive the latest version we have to offer based on the most current testing standards. Here is the website for more information on this great study guide: www.mometrix.com/studyguides/mechanicalaptitude/
I'm sorry but we do not have information about that specific exam. If you'd like more study materials for a Mechanical Aptitude exam, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
Really got me fucked up with you 500ft lb/550ft lb error. Somebody should have edited this trash. "You get what you pay for" definitely applies. This is free! lol
The Ramsay mechanical aptitude test covers more specifics regarding certain tools and types of applications. This video series emphasizes the theory and general lessons in physics, so the overlap would be not as large as you should seek in a review. Sorry! Best of luck if you are preparing for the Ramsay!
You use 2000 to convert the tons to pounds. There are 2000 pounds in 1 ton. Hope this helps. For more review, check out our Mechanical Aptitude Study Guide at www.mometrix.com/studyguides/mechanicalaptitude.
The sound seems to be working fine for the video when we test it. Perhaps you have the sound muted or turned down on the video or on your computer as a whole. If you'd like more review for the Mechanical Aptitude exam, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
www.mo-media.com/mechanicalaptitude/
BY FAR!! the best video I've found to help understand, learn, then practice these concepts!!!!
Anyone getting ready for the RAF AST test should watch this for the fundamentals for the mechanical comprehension test. Very good at outlining the likely questions you will be answering
I hope your making money for this! I have to take a test tomorrow, this is the best vid I found.
Best of luck on your exam
did you passed?
How did Tht test go last year?
Did you pass?
🦮🦮🦮😇😇😇🦮🦮🦮😇😇😇🦢🦢🥰🥰
I still refer all my friends to this vid that have to take tests for jobs. This old vid is still my go to tool. It's so good.
Sincerely thank you for this video and knowledge. This was my go to video for an aptitude test I needed to take and I passed reasonably well. And honestly this video helped greatly. Thank you.
Thank you this is a really good video. I have my test in 13 days for Electrician and I am studying non-Stop! I need test like these, and they are helping out a lot. Got most of them correct and some wrong.
The language is definitely helpful and problems seemed like something I might encounter at my machine operator test tomorrow... Wish me luck!
I'm taking my test today and have learned a lot from your videos along with other study material. Thanks again man
Good luck on your exam!
Did u pass?
I really enjoy these videos. He breaks them down into layman's terms. Outstanding
This js the best video detailing the mechanical aptitude test. Once you go through this, you will learn enough
I’m going to take the test tomorrow guys . I am going to watch this all day and tomorrow. Keep you guys posted .
so what happend?
Didn't keep us posted. Can only mean one thing :( @@eusgold
I believe there are two errors in the mechanical horsepower section at the 7:29 mark. 1.) Mechanical horsepower is not the force necessary to move one pound a distance of one foot over one second. That is the definition for ft-lbs/sec. 2.) 500 ft-lbs/sec should be 550 ft-lbs/sec.
Stephen Bender true
Thank God, I thought I was nuts!
Yea was wondering why the numbers contradicted each other.
Thank you so much I hope this gets a billion views most helpful video for the test by far.
Thank you sir! God bless you and your family for helping people earn their livelihood
Great video, I have a test to take today to get a maintenance spot for Georgia pacific! Wish me luck🤞
did this video help?
Never studied this subject before. Within your 22 minute video I now feel comfortable with the subject
That's great. We also have an excellent study guide for the exam available at www.mometrix.com/studyguides/mechanicalaptitude.
Thank you sm, this is so helpful for my upcoming entrance exam. The explanation is so clear and direct.❤
I was hesitant to watch this one because it declared itself the 'best'.
However, this title is not unfitting.
I've been unable to find any better resource for basic mechanics on youtube, or anywhere else for that matter.
This is fantastic. Thank you so much!
Thanks! We are glad you enjoyed the video. We also have a great study guide on our website at www.mo-media.com/mechanicalaptitude!
Thanks for the video. I'm building a space ship and this information was very useful.
We are glad you enjoyed the video. For more Mechanical Aptitude Review, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
Take me!
I take the asvab tomorrow and it's my last try, hopefully i pass this test. Hope and pray!! looking at your video is helping me! hopefully it works
Good luck on your exam!
Mechanical horsepower is defined as the ability to do work at a rate of 550 foot-pounds per second, not 500. It's probably just a typo as that happens with human error sometimes but it's something to make note of considering the principle.
You have been so helpful I feel better about the test I'm going to right. This is amazing. God bless you.
Thank you for this tutorial. At 7:35/22:35 there is a typo. 500 ft-lbs should be 550. Good day.
Was tricked at 11:42. Felt for that answer, the sentence structure was incorrect. Should have read, "An engine running at 90% efficiency is producing 90HP. How much is lost. The way it reads here implies it runs at 90HP (as though that's it's rated) , but only running at 90% efficiency. Therefore 9% is your loss. HATE when I miss answers like this due to wording. Maybe I'm wrong. but, that is the way I read it.
thought the exact same thing!!!!
I went to the comments for this exact reason
Bro same I was sooooo confused where we got 100 hp
Small corrections require. On a second class lever drawing the Effort distance should be from Fulcrum to Effort point (not from Resistance to Effort).
Thanks,
You're right! We've added a note at the end of our description to alert viewers. Thanks for pointing that out!
Mometrix Test Preparation And the effort arrow should be pointing up, not down.
*Great video, thanks for sharing!*
Thank you, appreciate the help and effort .
Thanks for information I will practice before doing my test
Thank you for your video on basic mechanical principles. However, I have found a mistake on 7:28 (video time), in which you are saying that 1 mechanical horsepower can do 500 ft-lbs/sec while it should be corrected to 550 ft-lbs/sec.
Thanks
You are right!! might be a typo though. He does mention that it is equal to 33,000 ft-lbs/MIN. Which, if you do the math, is equal to 550 ft-lbs/sec.
@@anthonyalvarez3797 No cunts doing the maths though.
Getting ready for the LOCAL1 Exam 💰
Know what your plant is going to require from you some plants have ramsey test to better suit the actual types of equipment they use in the plant
GREAT TUTORIAL THANKS
Oops! They misspelled it as Electrical Horspower at 7:00.
The sketch above shows a component which is stamped out of sheet steel. The square
in the center is discarded. These components are stamped out of a continuous steel coil
with a width of 70 cms. The stamping process require...solve this type of question
I'm sorry but we don't offer individual tutoring. If you'd like more review for the Mechanical Aptitude Exam, we recommend our study guide which is available at www.mometrix.com/studyguides/mechanicalaptitude.
I disagree at 12:01 the loss of horsepower is actually 9 not 10. Man and you guys sent this to me as a study guide??? Your mathematical equation you're teaching me 90/.90=100... Actually this needs to be expressed 90 x .90 with total 81 horsepower output with a loss of 9 loss horsepower for your original question. BOO! Clicking away...
bro i was out here thinking im crazy.
Same over here
Thanks for the thoughts you have provided here.
I appreciate this very much. God bless.
This was great understood everything
the question at 11:30 is kind of misleading, I assumed 90hp was its max output, and it was running 90% of that output.
This video is helping tremendously!!
Thank you very much
very good and very effective :) thumbs up
Great videos, very informative!!!
Thanks! Be sure to check out our study guide as well at www.mometrix.com/studyguides/mechanicalaptitude.
thanks for the video! helped a bunch.
Welcome! If you'd like more review, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
Is it really this easy? Only thing that messes me up here are units, in Australian physics we work in kilograms, meters and seconds (KMS) I was planning on going to university and doing a double degree, one in mechanical and the other in electrical engineering but I was offered entry to a vet course and to mechanical fitting and machining, they showed me what they did and I loved it
Edit* if the engine puts out 90 but is only 90% efficient then wouldn't the final output be 90x0.9= 81? If it's 90% efficient it doesn't make sense that it would output more than it's capable of..
I thought the same thing. That question is phrased in a really confusing way. Like they were trying to trick us to get I wrong. I don’t know how they didn’t see I that way. If they worded it properly it would have been a super easy question that everyone would get right. “ A 100hp engine is currently only running on 90% efficiency. How much horsepower is lost?” That’s how they should have worded it.
you are pretty smart. Thank You. I have not tested in years, I appreciate your help. I needed the reminder. :)
We are glad the video was helpful. If you'd like more review, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
Thanks for the tutorials... They were well needed.
You're welcome. We are glad you found the video helpful. We also have a great study guide for the Mechanical Aptitude Test on our website at www.mometrix.com/studyguides/mechanicalaptitude.
great video its very helpful excellent job thanks for sharing
@8:47 mark
Where does he get 2000 from? I lost him there
8:41 google says 2204lb = 1 metric tonne, you'd need 8hp.
The short ton (also known as net ton) equals to 2000 pounds and used in north america (united states and canada), the long ton (also known as weight or gross ton) is used in the imperial system (UK and some of the other english speaking countries) and defined as 2240 pounds or 1016 kilograms. We are using the 2000 lb conversion since we are in North America. Hope this helps. For more review, check out our Mechanical Aptitude Study Guide at www.mo-media.com/mechanicalaptitude/.
Bro I bought your book from Amazon, If i understand it, am I gonna pass or its not enough for AME E program ? Question 14:52 n should be 2.5
Will this help for the Ramsay mechanical aptitude test ?
I'm not sure I buy the hammer is a third class lever example, but can live with the baseball bat analogy.
I got it right. 12 lbs. EASY STUFF
thank you!!
middle drawing chart may need corrections as well.
Thanks,
11:00 what is this solution actually solving for? force?
This is great! Would be greater using the metric system though. Nothing like a nice clean bunch of zeros after a single number. Get around it ;)
We are glad you found the video helpful. For more review, check out our Mechanical Aptitude Study Guide at www.mometrix.com/studyguides/mechanicalaptitude.
Is this the same as the applied technologies test?
thanks man
I need work on gears, I'm taking a test in July for plumbing.
+Captainsoap64 We do offer excellent study guides for the Journeyman Plumber's Exam and the Master Plumber's Exam on our website at www.mometrix.com/studyguides/plumber!
+Mometrix Test Preparation apprentice intake
Why on earth does a plumber need to know about gears.
I'm a 2nd year plumbing apprentice and i was quite confused as to why they need to know of gears.
Kindly al lest give Mock test in detail
But 200/80=2.5 and 2.5 X 80=200 right? Or did I do that wrong?
What time in the video are you referring to?
Mometrix Test Preparation I’m confused to. This is on PULLEYS AND MECHANICAL ADVANTAGE...did you mean since N=MA=2 and 200/80 = 2.5 we would at least need N=MA to be = to 2.5 to be able to move package upward?
@@MometrixTestPrep referring to 14:52 in the video if you do 200/80 wouldn't that be a MA of 2.5 ?
ohhhh never mind I get it he'd need another leg on the pulley system
Totally love this thanks so much great review
Welcome! If you'd like more review, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
Thank you sir😊
good job bro. hope i get this job passing the test
Good luck on your exam. If you want more review, check out our study guide at www.mo-media.com/mechanicalaptitude.
i failed the test and did not get the job, but thanks anyway
Gob bless!! Very useful
Thanks! We also have a great study guide for the mechanical aptitude exam on our website at www.mometrix.com/studyguides/mechanicalaptitude.
Why on the efficiency wouldn't you just go 100 multiply it by .90 instead of dividing then subtracting?
Can this be used for multi craft aptitude test for electricians?
right !!?
Thanks bro it helps
You're welcome! Be sure to check out our Mechanical Aptitude Study Guide as well at www.mometrix.com/studyguides/mechanicalaptitude.
14:05 isn’t explained well. 200/80 is 2.5 but you have 2 ropes, therefore the answer is no. Isn’t beacause N is 2… besides 12:10 is incorrect, 9hp is the right answer. And people commenting that this actually helps; it just makes you dumber and confused.
Taking the Postal 955 exam. Hope this helps!.
Good luck on your exam.
I'm taking it today
How the exam?
In horse power and mechanical advantage I’m not understanding where u got 2000 to multiply it by 115.5.
1 ton = 2000lbs
Does this cover a blue battery test?
1 mechanical horsepower can displace 550 ft-lbs in a second, not 500
thanks
Welcome
This breaks my metric brain
Do you have study guides for the Bennet Mechanical Test? My 16 year old will take it next year.
I'm sorry but we do not offer a study guide specifically for that exam. We do have a general Mechanical Aptitude Exam Study Guide. It is available at www.mo-media.com/mechanicalaptitude.
ok. thanks. i will check it out.
rhonda4kids how'd you do on the assessment? I'm taking mine in the next few days.
Billy corgan
Would this be useful towards Morris Jenkins?
I have to take one of these test for the job I’m trying to get is there any tips or ways you can help?
We suggest our Mechanical Aptitude Study Guide. You can read all about it at www.mometrix.com/studyguides/mechanicalaptitude.
do you guys have a test oractice guide tailored specifically for aircraft mechanics? i got a test on the 28th for a job interview
No, I'm sorry, but I don't find anything specifically for aircraft. You can check out all the different study materials we offer at www.mometrix.com.
Does this help with Elevator Constructors Aptitude Test?
I'm sorry but we do not have information about that specific exam. If you'd like more study materials for a Mechanical Aptitude exam, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
I Need To Study The 2016 Mechanic Test...Do You Have Any Updated!
+ELIAS RODRIGUEZ We do offer an excellent study guide for the Mechanical Aptitue Test. It has approximately 230 pages and includes 184 practice test questions. Our editors work hard to keep all material current and up to date. We only ship the latest version of the material.
Once a product is updated we will no longer carry any of the old material. Should you order something that you do not feel is current you may return it for a full refund.
This insures our customers receive the latest version we have to offer based on the most current testing standards.
Here is the website for more information on this great study guide: www.mometrix.com/studyguides/mechanicalaptitude/
do you know if this has enough information for gregory poole catapillar test?
I'm sorry but we do not have information about that specific exam. If you'd like more study materials for a Mechanical Aptitude exam, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
Really got me fucked up with you 500ft lb/550ft lb error. Somebody should have edited this trash. "You get what you pay for" definitely applies. This is free! lol
I’m a mechanical god now. Thank you❤️
You're welcome. For more review, we recommend our Mechanical Aptitude Study Guide at www.mometrix.com/studyguides/mechanicalaptitude.
I'm having trouble with friction and efficiency 0,o xc
I'm also wondering how to determine how many newtons have been expended ?
It's 550 horsepower per second not 500
Bennet mechanical test?
Does this prepare you for the Ramsay Mechanical Aptitude Test? Ramsay may be more difficult...
The Ramsay mechanical aptitude test covers more specifics regarding certain tools and types of applications. This video series emphasizes the theory and general lessons in physics, so the overlap would be not as large as you should seek in a review. Sorry! Best of luck if you are preparing for the Ramsay!
90hp/.90=100% output not HP what’s lost due to inefficiency is 10% not 10hp the lost is 9hp…
very helpful thanks a lot
Gode bless you dear
1 Mechanical Horsepower is equivalent to 550ft-lbs/s not 500ft-lbs/s
Hate to say it, but liquids are compressible. Although it takes a lot of pressure to do so, it is still compressible.
its generally considered "incompressible" due to the very small amount it can be compressed.
Ironic most fools watching this store eggs in the fucking fridge.
Where is the 2000 pounds coming from on the horse power example?
You use 2000 to convert the tons to pounds. There are 2000 pounds in 1 ton. Hope this helps. For more review, check out our Mechanical Aptitude Study Guide at www.mometrix.com/studyguides/mechanicalaptitude.
No sound
The sound seems to be working fine for the video when we test it. Perhaps you have the sound muted or turned down on the video or on your computer as a whole. If you'd like more review for the Mechanical Aptitude exam, check out our study guide at www.mometrix.com/studyguides/mechanicalaptitude.
A hammer is a 1ST CLASS lever.
That's correct, when used to claw nails out. But when used to hit nails, it is a third class lever.