Due:Mon:3/23/15
Click on the link and complete the form:
You may discuss any and all data, results,ideas and calculations on the blog! but not your answers...
I am confused about the velocity of our jump. Is the starting velocity zero or the velocity at the top? And how do you find the other velocity of you don't know the time.
For this problem it starts with you leaving the ground... If your starting velocity is 0 when you leave the groud. Would you go anywhere. As for the top look at previous labs and your picture. What happens at the top? Write a description.
Can we supposed to use the other formula that is one of the choices for how to find the jump velocity? I used it and got an answer. It is the one that is v(f)^2=v(o)^2 +2ap
You can actually use multiple formulas... Or combinations of formulas. If they give the same answer that's a good sign. If one is different at least one of them is got to be wrong
Neil Patrick Harris! What are all of are answers supposed to be in in science/ physics. See fundamental units. You should have an easy calculation to get from metric to English in you note book... But someone else should have already answered this.
I don't think your blog likes my phone, it won't let me post. This is the first time I'm getting to a computer all weekend so... I wasn't here on the Friday we completed this lab, so I don't have any data or anything down for my lab. Even if I were to have been present during the assignment, I wouldn't have been able to do any of the lab due to a knee injury. Anyways, my grade right now is at a 77 because I received a 10/100 on the lab, so I was wondering what I can do to make up this missed work. Please get back to me ASAP and sorry for commenting so late.
This is why you need to be on the blog... Yea in either case the equations are saying the same thing. Final position = v(avg)t+p(o) in the second equation it use the a and v(o) to calculate the average first and then +p(o)
I know we went over this in class, but I am still having a problem with finding the right equation based off of my knowns. Like when finding the jump height. That means how high I jumped, right?
I am confused about the velocity of our jump. Is the starting velocity zero or the velocity at the top? And how do you find the other velocity of you don't know the time.
ReplyDeleteI am having the same problem as Mia...
ReplyDeleteFor this problem it starts with you leaving the ground... If your starting velocity is 0 when you leave the groud. Would you go anywhere. As for the top look at previous labs and your picture. What happens at the top? Write a description.
ReplyDeleteCan we supposed to use the other formula that is one of the choices for how to find the jump velocity? I used it and got an answer. It is the one that is v(f)^2=v(o)^2 +2ap
ReplyDeleteYou can actually use multiple formulas... Or combinations of formulas. If they give the same answer that's a good sign. If one is different at least one of them is got to be wrong
ReplyDeletewhat is nph? and how do we calculate your jump into mph? what were the units for our jump during the lab?
ReplyDeleteNeil Patrick Harris! What are all of are answers supposed to be in in science/ physics. See fundamental units. You should have an easy calculation to get from metric to English in you note book... But someone else should have already answered this.
ReplyDeleteI don't think your blog likes my phone, it won't let me post. This is the first time I'm getting to a computer all weekend so... I wasn't here on the Friday we completed this lab, so I don't have any data or anything down for my lab. Even if I were to have been present during the assignment, I wouldn't have been able to do any of the lab due to a knee injury. Anyways, my grade right now is at a 77 because I received a 10/100 on the lab, so I was wondering what I can do to make up this missed work. Please get back to me ASAP and sorry for commenting so late.
ReplyDeleteThis comment has been removed by the author.
ReplyDeletehow do we find V naught?
ReplyDeleteDo we know the final velocity?
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteThis is why you need to be on the blog... Yea in either case the equations are saying the same thing. Final position = v(avg)t+p(o) in the second equation it use the a and v(o) to calculate the average first and then +p(o)
DeleteIm sensing an awful amount of sass coming from Mr. Cranes direction
DeleteI know we went over this in class, but I am still having a problem with finding the right equation based off of my knowns. Like when finding the jump height. That means how high I jumped, right?
ReplyDeleteYes jump height= height of jump
ReplyDeletehow do we find V naught?
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteDo we have any homework regarding the free fall class work
ReplyDeleteIs there going to be a blog post about the lab for tonight? Thanks
ReplyDelete