Cherry 100% Human Hair Eyelashes #217, I was an eyelure girl for years until I tried

first_imgSeem so natural i bought so numerous compliments.The eyelashes are so natural wanting and wispy, they are quite extensive but a lot far more for the working day than the night time, each individual day use. Definitely worth the invest in, this kind of incredible top quality for these a smaller cost. Shipping and delivery was so fast (i got the express delivery) and gained them two times later as i ordered them at 2am.Amazing item absolutely reccommend.Key specs for Red Cherry 100% Human Hair Eyelashes #217:real human hairPRESENTATION CASEComments from buyers“Gorgeous winged eyelashes, very pretty ‘natural’ lashes, My favourite eyelashes by far for a full face of makeup , naturally realistic, Big but no depth, I was an eyelure girl for years until I tried “These eye lashes are a terrific obtain, extremely human like and light when worn. Will definately be getting far more. Shipping and delivery was prompt on time.Value for income and quite mild on the eyelids.These are the very best eyelashes i have at any time employed, they look all-natural and i appreciate the length the price tag is also tremendous low-priced.Quite delighted with lashes and really fair price.The most lovely, higher excellent and prolonged long lasting eyelashes you will ever use. Completely stunned my how best these eyelashes are. I have each individual red cherry fake eyelash in my make up kit and are always the phony lashes i recommend my clients to purchase. May well i also add what a superb provider by the enterprise who deliver these eyelashes. Prompt supply and i am generally a extremely content customer :).These are my fav pair of lashes always get people asking me about them they seem so natural.They’re great, they seem amazing and are pretty light-weight on my eyelids.Feels so comfortable, and long with no searching like individuals phony plasticky lashes. Utilised it a few moments and if eradicated and applied adequately, will absolutely last for more applications. Reasonably priced for human hair lashes, but at times you surprise whose hair you might be acquiring these fromit’s lightweight and just naturally beautifulgetting one more pair before long.As an eyelash fanatic i love these pretty much. Only thing is they are a little bit long so i use them for going out.Excellent quick to utilize light-weight lashes. I can reuse them and they came immediately after two times inc.Speedy shipping and delivery and good quality for the cost. Will unquestionably be getting all over again.Wonderful rate for these lashes & recieved them superfast.Really like them so light a natural search.My favourite eyelashes by far for a comprehensive face of makeup. My favourite eyelashes by much for a entire encounter of make-up (and i have tried using really much all makes) i would propose the shorter possibility #747s for day by day use or organic makeup. Have been in a position to reuse them 5 times but you will need to get adhesive seperately.They are large, great if you want the very long lashes and defined seem, only issue experienced was allowing them to remain glued on as the product is truly gentle.I adore these lashes and will be buying far more right after xmas.Incredibly rather ‘natural’ lashes. These lashes are in my feeling perfect for a person that’s just started off making use of lashes and will not want just about anything also crazy, or an individual that just desires to look like they have really very long, thick, excellent lashes day to day. I individually use these when i do bridal make-up as they give such a beautiful ‘natural’ look. If seemed right after and not way too a great deal glue or mascara utilized they are 100% reusable and i uncover you can get it’s possible 6/seven wears out of them prior to they get started wanting a little bit bleak. They are particularly comfortable and versatile so are incredibly straightforward to utilize and use. And usually are not hefty all through the day- nor can you see them and they are quite curled so sit up. They really don’t occur with glue so make confident you get a good one to hold them wanting fantastic.A bit hefty but seems to be incredible.I was an eyelure woman for decades right up until i tried out. I was an eyelure female for decades until eventually i tried red cherry lashes.Fast delivery time, the lashes have been in really fantastic problem and was delighted with the top quality and were pretty quick to implement. Would decently purchase more objects from this vendor.Truly excellent quality, amazing price tag. Just don’t forget to get the glue.last_img read more

A possible record white-tail deer taken in Ohio

first_imgShare Facebook Twitter Google + LinkedIn Pinterest We all have that buddy that says they saw the biggest buck ever. For all we know all that guy probably saw in the woods on a crisp, fall early morning was the backs of his eyelids.But for Junction City, Ohio hunter Dan Coffman, this picture is all the proof he needs!According to, Coffman reportedly harvested one of the largest whitetail deer ever taken by a hunter, which has inadvertently launched a social-media firestorm that has people questioning the deer’s authenticity.It’s believed that Coffman was hunting in Fairfield County the evening he shot the deer, on October 27th. Rumors about the size and legitimacy of the buck are already scattered across the Internet.Is the “Coffman Buck” large enough to best Pope & Young’s current world-record non-typical “Beatty Buck” (2000) of 294 inches?Find out more about it here and good luck topping this one this year. Chances are he’ll walk by while you’re napping.last_img read more

Ohio Ag Net Podcast | Episode 22 | A $70,000 steer and a worthless crop tour song

first_imgShare Facebook Twitter Google + LinkedIn Pinterest Fun and reflection in the 22nd episode of the Ohio Ag Net Podcast, courtesy of AgriGold. Host Joel Penhorwood alongside Ty Higgins, Matt Reese, and Bart Johnson prepare for the Ohio Crop Tour coming up. They talk possible outcome for the fields in the next week. We also get to hear the much anticipated “Kernels on the Cob” parody song from none other than Ty and Matt. The fun piece comes towards the end of the podcast.With county fair season underway, the many wonderful stories and traditions that come with the time of year are evident, as well as the special moments that happen. Athens County Fair recently saw a number of local groups come together to raise over $70,000 in memory of Noah Cox, a young man who passed away before he was able to show at this year’s fair. Ty Higgins spoke with auctioneer Jason Langley on the matter and the community togetherness that honored Cox’s life through the sale.Dale Minyo has been busy at county fairs himself, seeing some of the same people year over year. He spoke with Jon Paulson at the Henry County Fair about ag education at the fair in this fun interview.Matt Reese spoke with Ohio Corn and Wheat’s Tadd Nicholson about a new expansion to the Poet Ethanol facility in Marion.All that and more with the whole crew in the Ohio Ag Net Podcast.last_img read more

How to Read Manual J Reports

first_imgWhen you look at Manual J reports, you’ll see the loads. They’re shown separately for heating and cooling, and cooling is further divided into sensible and latent. When the contractor or designer picks a piece of equipment, they’ll have to go through a “derating” process to match the equipment’s performance specifications with the building’s loads. (For more on this, see “Manual J Doesn’t Tell You Equipment Capacity.”)I mention this topic here because some Manual J reports can confuse you on this distinction, especially for cooling. Depending on which reports you’re looking at, you may also see something like “Req. total capacity at 0.70 SHR.”  That’s just a guess at what equipment capacity you’ll need.  If the person who ran the calculations has already gone through the derating procedure and specified the equipment, it may be accurate. Or the designer may have left the default number in there for SHR (sensible heat ratio), in which case you should look at that number simply as a suggestion.In the end, just remember that the load calculation comes first, and your equipment capacity is going to be a bit bigger than the loads.Notes on terminologyIf you’re going to read Manual J reports, knowing a little about the terms used will help you understand them. Here are a few that you need to know:One ton of AC capacity is equal to 12,000 BTU/hr.BTUh is the same as BTU/hr.Sensible cooling results in lower temperature (technically, dry bulb temperature); latent cooling results in lower humidity through condensation of water vapor on the coil.SHR is the sensible heat ratio. It’s obtained by dividing the sensible cooling load by the total cooling load. For homes in eastern North America, the humid side, that number often comes in at 0.8 to 0.9, sometimes even a bit higher. In dry climates, it can be 1.0 when ventilating with outdoor air.A rule of thumb you can useI often rail against rules of thumb when it comes to HVAC design (or lack thereof), but that doesn’t mean you can’t use one to your advantage.  This is the sniff test you can do to see how close the designer might have come to an accurate load calculation. In the warmer climates where air conditioning is a big deal, the rule of thumb used by many contractors for sizing an air conditioner is usually this:AC capacity = CFA ÷ (500 sf/ton)CFA is conditioned floor area in square feet.Sometimes the rule is 400 sf/ton, sometimes 600 sf/ton. But it’s always right in that neighborhood. So if you get a load calculation report, find the total cooling load (sensible plus latent) and divide it by the conditioned floor area. If it comes out around 500 or 600 sf/ton, the designer fudged the calculations somehow to align them with their preconceived idea of how big the loads should be based on their rule of thumb. (I’m talking about new homes here, or complete gut-rehabs. Existing homes generally have higher loads.)Don’t believe me? Take a look at our data. The graph shown in Image #2, below, is from an article I wrote in 2016 about the results of our load calculations on 40 projects. (Go read the article for full details.) The takeaways here are that our worst result was 624 sf/ton. The average 1,431 sf/ton.If you’re building a well-insulated house with a good level of airtightness, double-pane low-e windows, and decent specifications overall — in other words, a house that meets most state energy codes these days — your result should be 1,000 sf/ton or higher. If it comes in lower that, you should see that as a red flag and delve into the details to see if the designer made mistakes.Delving into the detailsFinding the loads. First, identify the results for heating and cooling loads. The two main software tools for doing load calculations are Wrightsoft’s RightSuite Universal and Elite’s RHVAC.  The reports look a little different but it’s not too hard to find the results. Both types of software make it clear how many BTU/hr you need for heating and for cooling. And for cooling, they also break it down into sensible, latent, and total.  From the total cooling load, you can calculate the sf/ton I mentioned above. RightSuite doesn’t do it for you, but Elite’s software does. In the Project Report, they include a section called Check Figures that includes the sf/ton.Checking the details. If you suspect that the loads may be too high — or too low or about right — you can check the details to see if the designer got the inputs right. Here are some of the main things to check:Indoor design temperatures.  The standard indoor temperatures are 70° F for heating and 75° F for cooling (with 50% relative humidity).Outdoor design temperatures.  The outdoor design temperatures depend on where you are, and you should check to see what was entered versus what should have been entered. It’s pretty easy to find the entries on the reports. To find what should have been entered, you can go to this page on the International Code Council’s website. If the entries in your calculation are off by a couple of degrees, it’s not a big deal. If they’re off by 5 degrees, you should ask for it to be corrected.Areas.  When the designer enters the various floors, walls, ceilings, windows, and doors, having the wrong areas can make a big difference. This is especially true for parts of the building enclosure that have worse specifications, like windows. A code-built house in IECC climate zone 3, for example, has windows that are about R-3 whereas the walls will be R-13. Entering too much window area is a way to inflate the load. Entering too much of any of the areas likewise inflates the load.R-values and U-factors. Check the entries for the floors, walls, ceilings, and floors to ensure the designer put in the correct R-values (for insulation) and U-factors (for assemblies like windows).Number of occupants. A common way to inflate the cooling load is to add extra occupants. The rule here is that the number of occupants should equal the number of bedrooms plus one. If they put 23 people in a 5-bedroom house (yes, I really saw that!), they’re adding unnecessary load. At 230 BTU/hr sensible and 200 BTU/hr latent, those 17 extra occupants added more than a half ton of cooling load.Infiltration. Did they use a simplified input method? If you’re building a new house and meeting a code that requires 7 air changes per hour at 50 Pascals (ach50) or better, the entry should be tight or maybe semi-tight. Better would be to use an actual blower door number. For example, if your code requires 3 ach50, enter that into the calculation. If you’re going for Passive House certification, enter 0.6 ach50 or 0.05 cfm50/sf of enclosure.Orientation. The software gives the designer the option of using worst case for the orientation. Your load calculation should have the correct orientation or you’ll end up with extra load in your reports.Duct location.  If the ducts are in conditioned space or in an encapsulated attic or crawl space, make sure that gets factored in properly. Doing the load calculations for ducts in an unconditioned attic will result in excess load.Contractors doing these load calculations often feel compelled to stretch a little bit here and a little bit there. Each litte bit doesn’t affect the overall load that much, but by the time you add them all up, you’re looking at putting in a 4-ton air conditioner where 2.5 tons would work. But here’s the thing: Even when you’re as stingy as possible with things that add load, you still end up oversized. So there’s no need to add extra load. If you’re building or remodeling a high-performance house, make sure the load calculation is correct. It’s worth it. Allison Bailes of Decatur, Georgia, is a speaker, writer, building science consultant, and the author of the Energy Vanguard Blog. You can follow him on Twitter at @EnergyVanguard. RELATED ARTICLESSaving Energy With Manual J and Manual DWho Can Perform My Load Calculations?Manual J Load Calculations vs. Rules of ThumbHow to Perform a Heat-Loss Calculation — Part 1How to Perform a Heat-Loss Calculation — Part 2Calculating Cooling LoadsWhen Do I Need to Perform a Load Calculation?We Are the 99% — AND the 1%Air Conditioner Basics When you enter the world of building science — whether through building a house, becoming a home energy rater/building analyst, or just hanging out in cyberplaces like this — everyone talks about the importance of getting actual heating and cooling load calculations based on ACCA Manual J. A great number of HVAC contractors sell and install oversized equipment with air distribution systems that don’t work because these contractors base their choices on rules of thumb.OK, but what if you hire a contractor or third-party designer to do Manual J load calculations and you’re not an expert and don’t want to be? Suddenly you’re faced with a bunch of seemingly indecipherable reports. How do you know if they’re accurate or not?Fear not, dear reader. I’ve got some help for you today.Don’t confuse load with capacityI don’t think I can make this distinction often enough. Heating and cooling loads are not the same as the equipment capacity needed. I just did it in my last article, and now I’m doing it again. It’s that important. The first thing you need to know is that the term loads refers to how much heating and cooling the building needs and capacity refers to how much heating and cooling the equipment can supply. Here in the U.S., both are measured in British Thermal Units (BTU) per hour.last_img read more