I don't get the parachute one. B makes way more sense to me the way the diagram was drawn. When jumping from a plane, you get hit by the wind blast immediately sent behind the plane. They then glide down usually at a slope to make the landing smoother.
i think you have to think when the picture was taking he just opened is parashuut. allied bommers took pictures of there bombs that were dropping, the camera was facing straight down, because with a constant speed the bomb always detenated straight below them
Spoken like a true paratrooper. I just commented on this as well before seeing your comment. Jet/Prop Blast almost shoots a trooper out horizontal prior to vertical decent. C-17 a bit of a more straight drop. Also the factor of jumping left and right door behind the wing or are you dropping from the ramp in back...this too is a factor
In the question with the scales where you have circles, triangles, squares and hexagons, the possible answers are all wrong because the total weight on the left is 48 but on the right side the total is 44. Please review and apply the appropriate solution. Thank you
They are not supposed to be equal, you can tell by how the distance is aligned differently on both sides which compenstaes for the different weight. This is the appropriate solution as you came to the wrong conclusion
They are supposed to be equal. The forces can be simplified to acting at the two points where the separate scales converge on the main scale. Those two points are equidistant from the centre of that scale, and as such forces acting on either side must be equal.
They are supposed to be equal. The forces can be simplified to acting at the two points where the separate scales converge on the main scale. Those two points are equidistant from the centre of that scale, and as such forces acting on either side must be equal.
@@CJT49 17:35 YOU ARE 100% WRONG. Did you even follow his thinking, or are you just arguing for the sake of arguing? He said the right side is also 48 as the left side, but it's 44.
With the PIN code lock question it’s possible to get the answer without comparing to possible choices. It’s requires more memory usuage but doesn’t take any longer really. 248 only one is correct and right spot 845 2 are correct but wrong spot, 4 is eliminated leaving 8 in third spot 461 again one digit in right spot, third is already solved so 4 or 6 is correct 592 again 1 digit is correct but with cross reference back to what we’ve solve it’s mean 59..colurrently our possible solutions are 568 498 With last statement we eliminated 904 from possible digits so leaves us with 568 as final possible answer
The airplane one is wrong. The real answer is B. You would jump out the side door away from the airplane, then as you float down you would drift forward to land with the parachute. No one is falling straight down to the ground unless the parachute doesn't open.
@ 14:14 The parachutist one is not right....he is jumping behind the jet engine or wash that will also be pushing against the jumper. answer B is a closer example or perhaps neither. Especially when jumping out of a c-130. However shince this is closer to a c-17 there is a small wall outside of the plane that is a wind block and you do fall more than you are pushed with prop or jet blast.
@@darrylbrown6494 If we use 18, 96; 48 + [(18 + 18) + 8)] = 92 only. If we use 12, 88; 48 + [(18 + 12) + 8)] = 86 only. If we use 20, 92; 48 + [(18 + 20) + 8)] = 94. If we use 19, 94; 48 + [(18 + 19) + 8)] = 93 only. The answers provided are all wrong. He computed the right side as 48 when he used 18 but it's actually only 44 There must be a typo. So, definitely not the 96 option.
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Thank you, im using this to prep for a new job, but this will be fun to share with co-workers.
48≠44 we should place one tier which will join 6 and 18 .... And then we should place 4 at the middle
17:35 Wrong: the right side is 44, not 48. None of the answers is correct.
I don't get the parachute one. B makes way more sense to me the way the diagram was drawn. When jumping from a plane, you get hit by the wind blast immediately sent behind the plane. They then glide down usually at a slope to make the landing smoother.
i think you have to think when the picture was taking he just opened is parashuut. allied bommers took pictures of there bombs that were dropping, the camera was facing straight down, because with a constant speed the bomb always detenated straight below them
Spoken like a true paratrooper. I just commented on this as well before seeing your comment. Jet/Prop Blast almost shoots a trooper out horizontal prior to vertical decent. C-17 a bit of a more straight drop. Also the factor of jumping left and right door behind the wing or are you dropping from the ramp in back...this too is a factor
In the question with the scales where you have circles, triangles, squares and hexagons, the possible answers are all wrong because the total weight on the left is 48 but on the right side the total is 44. Please review and apply the appropriate solution. Thank you
They are not supposed to be equal, you can tell by how the distance is aligned differently on both sides which compenstaes for the different weight. This is the appropriate solution as you came to the wrong conclusion
They are supposed to be equal. The forces can be simplified to acting at the two points where the separate scales converge on the main scale. Those two points are equidistant from the centre of that scale, and as such forces acting on either side must be equal.
They are supposed to be equal. The forces can be simplified to acting at the two points where the separate scales converge on the main scale. Those two points are equidistant from the centre of that scale, and as such forces acting on either side must be equal.
@@CJT49 17:35 YOU ARE 100% WRONG. Did you even follow his thinking, or are you just arguing for the sake of arguing? He said the right side is also 48 as the left side, but it's 44.
With the PIN code lock question it’s possible to get the answer without comparing to possible choices. It’s requires more memory usuage but doesn’t take any longer really.
248 only one is correct and right spot
845 2 are correct but wrong spot, 4 is eliminated leaving 8 in third spot
461 again one digit in right spot, third is already solved so 4 or 6 is correct
592 again 1 digit is correct but with cross reference back to what we’ve solve it’s mean 59..colurrently our possible solutions are
568
498
With last statement we eliminated 904 from possible digits so leaves us with 568 as final possible answer
The airplane one is wrong. The real answer is B. You would jump out the side door away from the airplane, then as you float down you would drift forward to land with the parachute. No one is falling straight down to the ground unless the parachute doesn't open.
To be a bit over the top hexagon has more sides .
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@ 14:14 The parachutist one is not right....he is jumping behind the jet engine or wash that will also be pushing against the jumper. answer B is a closer example or perhaps neither. Especially when jumping out of a c-130. However shince this is closer to a c-17 there is a small wall outside of the plane that is a wind block and you do fall more than you are pushed with prop or jet blast.
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Very helpful❤
Thanks but not 18 and 96 instead it is 18 and 92
Definitely 96 48+48
@@darrylbrown6494
If we use 18, 96;
48 + [(18 + 18) + 8)] = 92 only.
If we use 12, 88;
48 + [(18 + 12) + 8)] = 86 only.
If we use 20, 92;
48 + [(18 + 20) + 8)] = 94.
If we use 19, 94;
48 + [(18 + 19) + 8)] = 93 only.
The answers provided are all wrong. He computed the right side as 48 when he used 18 but it's actually only 44
There must be a typo. So, definitely not the 96 option.