To make the most of an awkwardly-shaped living room, follow these tips: 1) Divide and conquer by using furniture to create “zones” to isolate irregular walls or areas. 2) Invest in built-in or custom furniture that perfectly fits your space. 3) Think positive and see opportunities instead of impossibilities. 4) Trick the eye if all else fails.
If your living room layout makes it hard to find a wall opposite seating for a flat screen, consider a stand TV that can be placed on a console or add legs for a freestanding TV that can be moved around as needed. You may also want to move the TV to another room.
To make the most of your space, measure everything and think it through. Embrace awkward shapes and angles, opt for custom finishes, and make the most of your space. Consider incorporating triangular-shaped rooms into your decor with bold, asymmetrical rug.
To style an awkwardly shaped living room, begin by identifying any natural focal points apart from the room’s shape. There are ways to embrace a room’s shape without designing a strange-looking space. Experts share five key steps they take when working in awkwardly shaped rooms:
Determine Your Focal Point. Measure your furniture and living room. Create a divide with your furniture. Make sure traffic flow is good. Use a balanced color scheme. Use furniture that works in odd-shaped living spaces.
Divide the room into smaller zones that can be used for varying functions.
Use a neutral color palette on the walls. Bring in room dividers to create zones. Float your furniture. Play with different colors.
In summary, dividing and conquering an awkwardly-shaped living room involves creating zones, investing in built-in or custom furniture, thinking positively, and experimenting with different furniture options. By following these tips, you can make the most of your space and create a unique and functional living room.
📹 Weird Shaped Room Challenge! Drastic Makeover
DIYS FROM THIS ROOM! DIY BUTCHER BLOCK ISLAND: DIY ABSTRACT SPATULA ART: LET’S GET SOCIAL: Snapchat: …
How to calculate the square footage of a weird shape?
To find the area of an irregular shape, first find all unknown sides. Divide the shape into squares and rectangles, find the area of each square and rectangle, and add all the individual areas to find the total area. The total area is the sum of all individual areas. Squares have an area of 36 square inches, while rectangles have an area of 36 square inches due to the same opposite sides. Understanding these concepts is crucial for finding the area of any irregular shape.
How to decorate a room that is not square?
One should begin with a focal point and then proceed to design around it. This could be, for example, the space’s architecture, which can be accentuated with organic-shaped furnishings such as curved sofas or round accent tables. This approach will result in a cohesive and visually appealing space.
How do you make a room unsettling?
The Plan Collection (TPC) has identified the top 10 elements of a house plan design that can make any home the scariest in the neighborhood. These include a lifeless color scheme, ghostly lighting, eerie architectural style, zombie landscaping, suspended maintenance, scary windows, creepy front door, and a bone chilling floor plan. Dark paint colors can make a home look dreary and uninviting, so lighter colors that complement the house’s design are often better choices.
Darker colors should be reserved for areas that emphasize special features like trim or windows. Ghostly lighting can create fear and create heavy shadows along walk-ways or entry points, so redirecting light features or using lower wattage bulbs can help. If investing in new lighting, consider lamps that emphasize the beauty of the home’s exterior features.
How do you style a cozy corner?
Create a cozy corner in your home by decorating it with a luxurious carpet, a favorite coffee cup, cushions and throws, and natural plants and details. Add tableware, home accessories, cooking and kitchenware, lighting, rugs, and furniture. Keep an eye out for sales, new arrivals, brands, special offers, and inspiration. A cosy corner in the home creates a feeling of serenity and invites time to unwind and relax after a long day.
How to decorate an odd bedroom?
In an awkwardly shaped bedroom, it is essential to use light and neutral color schemes to prevent dark corners and create a spacious feel. Having multiple light sources and smartly lighting awkward areas can also enhance the room’s appearance.
Installing bespoke storage solutions is crucial, especially if there is no space for a traditional chest of drawers or bedside table. Consider your individual storage needs and design fitted furniture that can replace traditional pieces.
Enlisting the help of an interior designer is recommended for designing and furnishing an awkwardly shaped room. They have experience working in bedrooms with alcoves and sloping ceilings, ensuring the best use of every inch of space. They can offer a fresh perspective and new ideas, making the process more enjoyable and stress-free.
In summary, using light and neutral colors in an awkwardly shaped bedroom can enhance its appearance and functionality. Embracing unique lighting and storage solutions can make the most of the space and create a more comfortable and functional space.
How to layout a weird shaped room?
To arrange furniture in an odd-shaped room, create zones, establish all functions, simulate symmetry, define and anchor space, and pull furniture away from walls. Each client has unique problems to address, such as budget, storage needs, or creating defined work zones. However, common issues among clients are confusion on how to best arrange furniture.
Establish all functions in the room, such as sleeping, storage, and an area for watching TV or reading. Divide the space based on those needs, and consider that not all functions can be done in all parts of the room. For example, if the room is an odd shape, it may be necessary to accommodate not all functions in all parts, such as not being able to watch TV from the bed. By following these tips, you can create a well-organized and functional space that suits your needs.
How to place a rug in an odd-shaped room?
The article provides six rug styling tips for odd-shaped rooms, emphasizing the importance of understanding the unique characteristics of these spaces. It suggests layering, experimenting with angles, customizing rug shapes, opting for modular rug tiles, and defining zones. These spaces offer opportunities for creativity but also present challenges in rug styling. For those struggling to find the perfect rug, Eurobel Rugs + Carpets offers a collection of durable and stylish rugs and carpets that can complement any space, from large living rooms to elegant staircases. The article emphasizes the importance of understanding the unique characteristics of odd-shaped rooms and finding the perfect rug that complements them.
Does rearranging your room help with anxiety?
Changes in your space can significantly boost your mood and energy. By creating a fresh environment, you stimulate your brain and give yourself a fresh perspective, leading to increased happiness and contentment. Rearranging furniture can help let go of old memories or negative associations, promoting renewal and positivity.
A well-organized and tidy room can increase motivation by providing a clear mind and reducing distractions. The effort put into rearranging can make you feel accomplished, inspiring personal and professional progress. A refreshed setting can also maximize space efficiency by reevaluating how you use each area and making adjustments accordingly. This newfound functionality not only enhances daily living but also promotes a sense of harmony and balance within your environment.
How do you dimension an odd-shaped room?
To calculate the square footage of an oddly-shaped room, divide it into even shapes like squares or rectangles and multiply their lengths by their widths. This will give you the overall square footage of the room. When installing a new floor, consider the waste factor, adding around 10 to the total square footage to avoid running out of materials during installation. This is because some materials may become damaged due to errors, accidents, and additional cuts.
If you’re not confident in your calculation skills, consider hiring a professional, such as a construction expert or a flooring installation worker, to help you work out square footage. If you’re uncertain about how to correctly calculate, contact a professional to help you understand how to work out the square footage of a house.
📹 This Weird Shape Rolls Uphill Instead of Down
In this video I show you some objects the roll uphill instead of down. Then I talk about how it is possible and how it is still falling …
Kate I’ve been perusal your articles for so long now and I’m only 14. I’m In the hospital right now not able to walk or do much and perusal you helps me cheer up and feel and little bit better about everything . perusal this article in particular made me think and wanna say this to you. You have not only inspired me to express myself but to be such a giving and loving person. You are honestly an idol to me in so many ways. Yours and Joeys relationship is something I adore. Your talent is out of this world 💘 I adore how you are such a giving person thank you so much for everything you do for people to make them happy. And me !! 💞💗💘💕😊 you honestly have the biggest heart and I work everyday to be like you xx
Kate honestly needs a TV show (with Joey ofcourse). She has such an eye for design! 🖌They are absolutely incredible at what they do! Her personality and energy makes it even more enjoyable to watch. 🏡I bought my first home a couple years ago and live alone with my dog. I’m in my late 20’s and I have this idea for my guest room to be an office/craft room. I am using all your articles as inspo and I took your quiz! I would dieeee to have you do my office! For now, i’m just binging every article and day dreaming☁️. You are awesome Mr. Kate!! ☺ 🖤 Another Creative Weirdo
Another successful makeover, Kate and Joey! What makes this episode more interesting is the unusual diagonal layout/floor plan — which, in this case, worked very well. What a beautiful transformation! Aside from the creative process, I love perusal you two lovebirds being affectionate to each other — all these years, your love stayed strong and never faded. Role models you are to couples of all ages. You two not only make works of art — but also works of heart 🙂 Lots of love from the Philippines!
I loved it. I loved their reactions of it. Having a diagonal design is so hard to pull off and you killed it! That skinny table behind the couch is so needed for this design and so great. The desk nook is amazing and uses the space way better than for storage. The wall color is on point, since they have so much natural light coming from windows all over the dark walls works well. I love how you gave them your couch when they both agreed they love your house design – I must have missed that article of you designing your own house – unless it’s on Instagram, i’ve only been binging your articles I’m not an Insta guy.
Oh my god I have a very complicated taste😂 I did the test and let’s just say I had everything included Im 20% farmhouse/ beachy – 20% quirky – 20% mid century- 20% glam – 10% minimalist- and 10% bohemian That sound sooo true I’m an architecture student and even I don’t know what I specifically like😆
First I’ll say….WOW! This is probably my favorite transformation yet! That dark blue is stunning and instantly makes this place look so chic. Secondly….I know this is a interior design website but I would LOVE to see how you got this makeup look. I could not stop staring and how beautiful your skin looked, please share with us what you use!!! xoxoxo
Aww their reaction was so cute! I loved it too!!!!! I just took your “What’s My Aesthetic” quiz, and I got Farmhouse/Beachy!! When I read the description, I was like, YEEESSSS exactly what I like!!!! It was talking about some rustic wood, and WHITE PAINTED BRICK omg yes gurl! I’m 40% farmhouse/beachy, 30% bohemian, 10% industrial, 10% quirky/whimsical, and 10% glam. Perfect!! Haha thanks for brightening my day! 🙂
Just a suggestion for a future article: maybe you could try doing more gothic and old fashioned styles. I took the What’s My Aesthetic? quiz and it was kind of difficult since everything looked very modern which I personally hate. I know it’s not your usual thing but I would be curious to see what you did with a more gothic style room, perhaps even the Victorian goth style or maybe steampunk. That’s what I personally love. <3
Hi Mr. Kate! I recently moved to Japan to teach English and my new apartment is the size of a hotel room! It’s not a problem for me because I don’t need a lot of space but I don’t how to decorate or break up the space. It’s a rectangular shaped room with the kitchen and bathroom being next to the front door and I do have a balcony on the other side of the room. You always do a good job of organizing space, do you have any advice?
Hi me Kate I live in Alaska I know you won’t see this but my room is a master bedroom I don’t really know how to make my room feel like me I have a bunk desk and I hate it I don’t sleep in my room because it doesn’t feel like home so I would really like your help From 11 year old kelsey Ingram if you read this how can I give you contact imformation
Just did the aesthetic quiz, so cute! I got mostly bohemian which is right on the dot! I also got 20% vintage-eclectic and both the descriptions perfectly describe my place. I’m always impressed with what you guys do and love that you’re living out your dream. I hope to do the same (career-wise) in the future!
I just took the aesthetic quiz and I wasn’t expecting it to fully capture my aesthetic because I’m all over the place style-wise but it totally did! I’m no more than 18% in any aesthetic category (again, because I’m all over the place) but it all made sense, which is a new feeling. Much love from one creative weirdo to another ❤️
I like in my home nautical farmhouse beachie natural relaxed modern eclectic look throughout the house. I had all the rooms painted in a different shade of ocean 🌊 water blues and lake light green color, bathrooms are painted a sand beige color I have fish 🐠 in one bathroom and shells 🐚 in the shower curtains. Glass accessories and shelves from IKEA and my dining room and coffee and side tables from Pier1 store two of my favorite stores for furniture and decorative items. I have that beach nautical them throughout the whole house. It’s a relaxed feel. I love 💕 it! Thank you for giving me so many decorating ideas. I still need help with one room I’d like a craft room and storage area, but functional…and I don’t know how to pull it together. It’s a total mess chaotic looking in there I have anxiety…need help fixing up. I’m a cancer survivor and have asthma and wish to fix it, but I get overwhelmed and I just close the door and keep leaving it a mess..,I wish to be able to go in there to do my painting 🎨 and crafts…Help me please?
THIS WAS SO AMAZING YOU GUYS ARE SUCH A GOOD TEAM I LOVE COLOR ON WALLS SO THE PAINT COLOR WAS EVERYTHING SO RICH IN COLOR THE LAYOUT WAS PERFECT…..CANT WAIT TO TAKE THE AESTHETICS TEST!! ALTHOUGH I LOVE GLAM GLAM TO THE MAX SHINY THINGS EXPENSIVE LOOKING ITEMS AND VERY MODERN FUTURISTIC TYPE OF STUFF 😂😂😂 DOES THAT MAKE SENSE 👀👀😂😂😂😂 WHAT WILL MY TEST SAY ????? 👀👀💃🏾💃🏾💃🏾 ILL BE BACK TO LET Y’ALL KNOW 🤙🏾🤙🏾🤙🏾
Who is here in 2020 pandemic?!! Im OBSESSED with Mr.Kate! I love you guys as a couple and now with moon such perfect parents you guys are great! also love Kate just saying “im giving them our couch!” haha so funny! Also I think this couple has had the best reaction so far! I love how happy and excited they are!!
Wow i took the test twice and my style is all over the place probably bc of idk what it is and that my style is quite different in different rooms 😁 So the first time I got: 30% Minimalist 20% Farmhouse/beachy 10% Industrial 10% Traditional 10% Vintage-Electric 10% Glam 10% Bohemian The second time it got: 20% Mid-century modern 20% Vintage-Electric 20% Bohemian 10% Farmhouse/Beachy 10% Industrail 10% Quirky/Whimsical 10% Traditional ❤️❤️❤️
I just took the “What’s My Aesthetic” quiz, and honestly, my blend really does show my personality. I’m generally an indecisive person and I’m pretty kind so I don’t like to leave out people (or, in this case, décor styles), so here’s my blend: 18% Farmhouse/Beachy 18% Modern/Dramatic 18% Glam 9% Industrial 9% Quirky/Whimsical 9% Minimalist 9% Mid-Century Modern 9% Bohemian This quiz was an absolute joy to take, thanks Kate and Joey!
Love all of your designs and you have inspired me to re-do my desk/office area. I already have a great hanging crystal light over my desk but have not decorated the space. I made a sign with a black marker and a piece of white scrap paper that says dream big, work hard, make it happen. I found the font design online and just copied it the best I could and I love it. Today I am making a small frame full of flowers and doing something with two other little frames that I bought for this project. I love how you can just scribble on a piece of paper and turn it into a cool artpiece! Thank you for the inspiration!
He didn’t explain it fully I think so for anyone interested here’s a more complete explanation: basically, the reason the cone falls upward is that it actually falls downward. The reason for that is that it actually starts at a higher position because of the shape of the slope. It has a hole in the middle which becomes narrower at the base of the slope, and when he places the cone at the base, because of the shape of the cone the center of mass ends up higher, and as it rolls, it ends up falling into the hole of the slope and the center of mass moves down. Basically, this trick wouldn’t work were he to place the cone onto two parallel sticks which he leaned against something because the cone wouldn’t be falling into a hole at the same time as it rolls upwards.
I’m surprised he didn’t follow through with a cursory explanation as to how the center of gravity is dropping due to the shape of the object and the widening rail path caused by the rail angle on the ramp. I noticed this immediately, however many, including younger viewers might not fully get it without explanation.
For those who don’t understand: The wedge shape is supplementary to the pin rolling upward. Notice that the wedge gets wider as the pin rolls upward. This causes the pin’s center of gravity to follow the side it chooses thanks to its shape. As the v gets wider. The grooves accommodate the shape of the pin. Think of a marble rolling in a slit that is shaped like a V. When the slit gets too narrow, the marble will stop. When the slit gets too wide, the marble will fall out. Which one is related to gravity? Yes, the fall. That is why the pin rolls upward. Excuse my lack of vocab
It rolls up by weight and pinch point. The triangle shape gets wider and the object gets pulled down by gravity into it, which reduces the pinch effect on the object. So it rolls in the direction of escape. If you tilted the base with the narrow end up higher, it will still roll towards the wider end. The reason it stops as you tilt the base is due to reaching a balance point that neutralizes the gravity pull.
It’s not weird when you understand that the shape of the object is the reason for the illusion of rolling up. Because it’s not rolling upwards. That ramp is divided in a V shape. The object is a V shape cylinder. It’s the ramp that’s causing that cylinder to appear to be rolling upwards when all it’s doing is simply “falling” due to the width of the ramp going from small to wide. If that ramp was parallel, that object would not be rolling up at all. A ball shape would do the same thing.
it is rolling down, though. the line its center of mass follows through space is moving downward. it’s rolling towards the “high” end of the wedge, because it is shaped so that its radius decreases towards the ends, resulting in its center of mass dropping relative to its contact points with the rail as the rail widens.
This is a trick of illusion. The triangular frame which looks ramping upward creates an illusion that the roller (which is shaped like 2 cones) is rolling upward. But in fact the roller drops lower because the frame gets wider. The effective height = center of roller to frame + frame height, gets lower as roller rolls toward the wider end of frame. Any object will move to a lower height if it is free to do so due to gravity. Thus the roller rolls toward the wider end of frame. The total effect is like a cylinder rolls down a descending ramp, with the ascending ramp here acting as an illusion.
Mann that’s such a cool way for physics to interact. I haven’t finished the article yet but I’m only assuming g that its the ‘v’ shape of the ramp and the shape of the object. Basically I think gravity is pulling down on the object, and because of the V shape, the object has an easier time rolling up the ramp rather than down. It’s gravity pulling down on that object and making it force itself upward where there is more room for it to fit in the V crevice
Dude, talk about glossing over the explanation! The whole point of your article is supposed to be to explain things, but here you really fell short, big time. Hearing you merely say “it’s getting lower” left me with ZERO idea how! I had to read other comments here (which were highly upvoted which should tell you something) to find the actual explanation. :facepalm: man. You really should re-do this article and insert a real explanation.
I’m so glad you mentioned the ring had a weight in it cuz I never would’ve guessed how it was rolling it. The dreidel top thing I understood since based on the curve of it was just naturally slopping into the groove of the slanted base. since the base was a triangle shape the point of contact was closer to the middle of the object at the bottom but when released it wanted to resolve the groove over gravity so it would slope into the sides and that naturally caused it to roll upwards; this is more evident when the base was raised higher which made gravity too strong for it to roll into the groove more. If the base wasn’t a triangle shape and was just 2 parallel beams slanted slightly the dreidel object would then roll down instead of up.
Here’s additional explanation on how I assume it works in addition to the explanations below: because the object is a double cone shape, as it rolls up, the point holding it on the track is a smaller and smaller radius. As the radius decreases, that’s what is lowering the mass of the middle, because instead being held an inch or so above the table at the middle it it being held at the points and dropping the center. If the rods were parallel, it would never change its holding point.
Sir, if you mind to answer my simple question I WILL BE GRATEFUL. What was your “course” when you’re in college to study those things you’ve learned? Engineering? What kind? Mechanical? Scientists? I like to study as you did if I will have a chance. Glad you explained it, it’s amazing content, thank you so much!
Has this principal been used to transport things before? It’s really fun. I know it’s just basic old school ingenuity but I live in a coastal town in Ireland that quarried lime stone from the cliffs. They had a train circuit that used a slight incline to move full loads of rock down to ground level to be unloaded and simultaneously pull the the empty boxes back up to be refilled. It’s not rocket science, but I loved the idea that it didn’t need power to shift all that weight.
There’s an old game, I can’t remember the name, where you have two adjustable rods on a slope and a ball, and the objective is to get the ball from the bottom of the slope to the highest point. There’s a board underneath with holes cut out for the ball to fall into if the ball is dropped with a point system. Edit: the one I remember is Climax but there are other names for it.
Although very interesting to see this, and I mean that, it is still very logical. The weight of the double pyramid pushes it self down in the wedge of the ramp and therefore goes up. I imagine that if you keep upping the wider end it eventually will go the “right” direction. Edit: As you showed in the article…
I think you’re missing the explanation on how the cone shape object actually rolls. The cone shaped object (actually a wedge shaped object) is rolling, because it’s shape is proportional to the spread of the boards. The wedge shape allows it to fall, and it falls if it’s weight can push things out of its way…and the spread of the boards accommodates this pushing and falling action which results in rolling. The wedge shape could travel a considerable distance if it was heavy enough, pitched enough, and it’s route was spread appropriately.
A friend of mine had a game you played with a steel ball which was about 1″ diameter. I consisted of a sloped box with holes in line. Each hole’s value increased the further away from the player. Two steel hinged steel rods on which you placed the ball, and then, using the same principal here, you spread the rods to get the ball rolling “uphill” until it dropped. You got three shots and totalled all your drops. Highest score won. Was actually fun and challenging.
It’s also because of the shape of the cone and the ramp. Notice that the ramp gets wide as it goes up. So when the cone rolls, the point of contact bet the ramp and the cone moves from the tip (center) to the edge of the cone, which cause it to move upward. Unlike the cylinder where it’s diameter is constant. Try to reverse the ramp such that the highest point is on the narrowest opening. See if it will still move up. Nice article. Very stimulating. 😉
The cut of the rolling object gives an upward trending roll because of the differential of the rolling pin’s slope which is much steeper than the triangular wooden slanted platform’s slope. Thus, the true gravitational perspective of the combined slopes favours the steepest slope of the pin rather than the shallow slope of the triangular platform. If you graphed the points of contact with the platform to the pin you would see a gradual down slope.
It is rolling down. It can’t roll down the normal way because the shape of the wheel is such that rolling to the left would actually require the center of gravity of the wheel to rise because of its shape and the shape of the incline. So it needs to roll “up” to the right where its center of gravity goes lower. The taper of the wheel meant the more it goes to the left the more the incline will push on it towards the center => raising the center of gravity. This would not do. But rolling to the right, the taper and the widening slot of the incline meant that the center of gravity actually falls..
While I think the explanation offered here for the double-cone thing holds some truth to it, I am pretty sure the V shape of the rail it was running on has something to do with its non-conventional behavior. A normal parallel rail as opposed to a convergent rail would have a very different result, I am sure.
I have some questions, as I am doing this for a STEM project. 1. How does the shape of the object make it so that gravity pushes it forward? 2. How can this be applied to the real world? 3. If this same experiment were to be conducted in a place with stronger gravity, would the funnel object roll up with greater force? Thanks. This information would be of great help.
Thanks for your article. Your statement regarding “things move up because the things around them are moving down” is, technically not correct. Buoyancy is due to density, not velocity. A helium filled balloon has an overall lower density that air at atmospheric pressure, thus the higher density object displaces the low density object. If you consider the case of water lifting a boat, you will find that at the surface the water is flowing laterally, not vertically.
Its not that weird if you understand taper mechanics. The resting surface is tapered at lower angle and the rolling pin is tapered at sharper angle of 6 deg or more. The weight of the pin and angle of the pin taper overcomes the angle of the taper of the resting surface as it rolls back it pick up momentum as well.
This is the sort of thing we need in schools to get children more interested in Science here in America. Props to some of our teachers, but they are loosing the children when it comes to getting them more engaged in Math and Science, two things that are extremely important. This type of thing is a good way to grab attention and have them asking questions.
0:49 I have a very easy explanation for this phenomenon. Notice how the two pieces of wood that form the ramp attach at an angle? This will come into play. The roller used has a V shape similar to the ramp. So, by gravity’s action on the roller, the roller goes down. The V-shaped silhouette of the roller pushes on the pieces of the ramp. As the distance between the ramps widens, the roller sits lower and lower until it reaches the end of the ramp. The motion of this object and the angle of the whole ramp cancel out to a linear motion.
Wow man. I usually enjoy your articles, but this one is a stinker. You spend half the article talking about buoyancy, which has absolutely nothing to do with your demonstration. Then you make the false statement that the center of gravity always goes down. Just thirty seconds earlier, you proved that with helium balloons, the center of gravity goes up.
Explanation not exactly on point, at 5:10mins. First the base is V shape. Degree of angle Has to be within certain angles not too high. The pointy end has smaller area. The supporting two points (surface of cone touches the V shape base) has smaller gap and hence the supporting area is closer to the middle of the cone (shaper edge) where the centre of gravity is slightly forward (using the example from the mop and foam roller) because it’s V shaped the higher end has bigger openings, as the “heavier part”(due to supporting point the at the bottom of the edge, near the top of the cone edge is “heavier) of the cone try to come down due to gravity, it tends to push it forward towards the bigger openings of the V base as it has less resistance towards the higher end, while the angle degree of the V base is not able to negate the rolling force from cone, cone will gradually moving and restore its balancing point to the actual centre of the cone, but in this case the trench gap stops it from rolling further. 🎉 simply put, gravity effect and resistance beats the slight raised angle.
At first i couldn’t tell it was still down hill until i seen the curve and width of the track getting wider. The track gets closer to the outside edge of the wheel as the wood wheel moves forward. In turn it’s not as large around at the edge. This means it’s falling but going downhill and the rest is illusion. The wheel sinks to the center of the track as the actual path down hill but the illusion makes it look up hill because the top part actually is up hill. If the gap didn’t change size so the item would roll to the thinner in diameter part of the wheel this won’t work. Above i meant sinks because the wheel is less large around at the edge so falls to the outside edge of the wheel. Gets lower in the center of the track anyway. That’s because it doesn’t sink to the center of the wheel. Funny though. An easy way to visualize this is to have two light tracks with wheels. An extra heavy block and the block would then push the track apart until it rested on the small part of the edge. This has to be 90 degrees from the wood wheels roll.
This is so so so simple to figure out just by looking at the shape of the thing the shape of the thing is meant to roll down into the V that is going upwards. If you look at the center of it, it’s actually moving downwards because the.Way it’s shaped it’s sinking into the v which pushes it towards the wider end.. Yawn Unimpressed A simple look at it makes it abundantly clear why it’s happening
My grandparents had a toy/game/puzzle from the 1950’s or so that was basically this: a large ball bearing (about the size of a golf ball), with 2 metal rods in a wooden frame. you could move the rods and try to balance the ball bearing on them, changing the angle at which they were touching, to get it to roll uphill. The game was to try and get it as far as possible up the rods – there were little buckets beneath it, and you would get points based on how far you could get it up.
My only guess is that the weight directly in the center of the object has a bigger effect on gravity than the slight slant. As I observe, I notice the very end prongs of the object. The object IS NOT being placed on those prongs. Weight + Gravity > Slight Slant. For the foam disk. Static electricity + any balloon could recreate that result.
My brain solved it. Me: how. my brain: since the object is a cone shaped the slanted part of the cone to make it word. Idk if my brain is correct or not. Cmon I’m still a kid. But when i saw the cone thing go up i was like “what?” And my brain couldn’t comprehend the cone thing going up going up the no holed object with out the triangle thing. Now im confused.