On his primetime Fox News show, Jesse Watters reported that CNN issued a gag order against the Trump campaign before the presidential debate. This is unheard of, but we are in a new era where politicians and media hacks can cancel Americans’ free speech rights. The CNN debate moderators are Trump haters: “CNN just slapped […] The post CNN Put a Gag Order on Trump’s Campaign Pre-Debate appeared first on www.independentsentinel.com.

It’s no secret that life can get pretty darn tough at times. On our worst days, sometimes all we want is someone to cheer us on. Luckily for Michela, she has two adorable cheerleaders in her corner every day. Well, a lot of days, anyway. That’s because she has two little kids. During a recent run together, this mom was happy to discover that they created a motivational chant together, all to encourage her! Best of all, Michela didn’t realize at first that this was what they were doing. While pushing them in a stroller, she was wearing headphones (at a safe volume so she could still be aware of her surroundings, of course). She could tell her kids were having fun, presumably singing, but it wasn’t until she took off her headphones that she realized exactly what they were saying… find out for yourself in the wholesome video below! @michaela_gmc Sometimes you just need a little motivation while you run… #runner #fyp #workout ♬ original sound – Michaela In unison, these siblings chanted, “Go mama, go! Go mama, go!” in the sweetest voices ever! It’s no wonder this grateful Mom chose to take the time to capture this moment. Who wouldn’t want to have this memory to look back on in the years to come? While on a Run, This Mom’s Kids Surprise Her With an Encouraging Chant “Sometimes you just need a little motivation while you run…” Michaela writes in the caption of her viral post. “I do this too. Anytime I get weak I hear my daughter chant and it refuels me and I just take off,” another parent shares in the comments. “I ran with mine as soon as it was safe to put her in a stroller and we didn’t get rid of it till she was like 6,” another person adds. “Some of my favorite memories.” You can find the source of this story’s featured image here! The post Mom Takes Off Headphones During Run & Hears What Her Kids Are Chanting… appeared first on InspireMore.

'conspiring to violate U.S. export control laws and to defraud the United States'

'There are a lot of quiet Trump supporters, there are a lot of Kennedy supporters'

Frontier Airlines recently had a special guest on their flight from Florida to Puerto Rico—5-year-old Xavier Rivas who was preparing to ‘graduate’ from Kindergarten. But because the graduation at his school was taking place whilst young Xavier was 35,000 feet above sea level, Frontier attendants stepped in to give him a special ceremony. Calling his […] The post When Five-year-old Missed His Graduation, Plane Passengers Give Special Midair Ceremony – (WATCH) appeared first on Good News Network.

An artificially intelligent PC and his human owner find themselves in a romantic rivalry over a woman. Cast: 1984 memories A rental based solely on the artwork. I was a big computer nerd and a CONTINUE READING... The post 84 From ’84: Electric Dreams appeared first on The Retro Network.

A US Postal Service worker in Tennessee gets violently attacked by a dog at a Lincoln County home while delivering a package on Saturday, June 15.

Hamas May Move Headquarters to Baghdad

In June 1944, the German V-2 rocket became the first object to ever reach space. Over the last eight decades, humans have experimented with several different designs to get stuff into orbit and launch ever further into deep space. With revolutionary rockets having been tested recently or imminently taking flight, it is important to understand how they work.The principles of rocketry are actually cardinal ideas in physics, but it is their application that requires more thought. First of all, objects with mass tend to resist being put in motion, but once in motion, they will continue moving as long as there’s no friction or drag. We are talking about inertia here. And then there is Newton’s third law of motion: for every action, there is an equal and opposite reaction. Together, they form the theoretical base for any rocket launch.How do rockets get to space?Let’s start looking at the practicalities. To get up and into space you need to be moving fast. If it is a matter of crossing the Kármán line at 100 kilometers (61 miles) and coming back down, like Blue Origin’s New Shepard rocket, then you should be aiming for around 3,500 kilometers (2,200 miles) per hour. That is almost 1 kilometer per second. But if your goal is to get into orbit and stay there, you need to get faster or you'll fall back down. The way one stays in orbit is to be constantly falling back down toward Earth. You just keep missing the planet. The speed required to stay in low-Earth orbit is 8 kilometers (5 miles) per second.To leave the Earth’s gravitational pull for good, you need to go even faster. At least 11.2 kilometers (7 miles) per second. That’s equivalent to 40,000 kilometers (25,000 miles) per hour. How do rockets lift-off?No matter what speed you want to reach, you need an object that can generate thrust. And lots of it. Thrust depends on the speed of the exhaust gas and the mass of gas being expelled per second. So we move from the principles of physics to the chemistry of explosions.A schematic view of the components of a rocket.Image Credit: James Rodriguez © IFLScienceCalling it the chemistry of fire or of controlled explosions is splitting hairs. In basic terms, it is an exothermic reaction, one that releases heat and energy. It’s what powers your cells. It’s what powers a fire. It’s what powers regular combustion engines. You have a fuel, you have an oxidizer, and an ignition source.Rockets travel very high into the atmosphere, where the amount of oxygen (the oxidizer for all the other namechecked system use) is low. So rockets tend to bring their own oxidizers with them. Liquid oxygen tends to be the oxidizer of choice. But fuel varies. SpaceX’s Falcon rocket used rocket-grade Kerosene as fuel. SpaceX’s Starship instead uses methane. NASA’s Space Launch System (SLS) and the upcoming European Space Agency’s Ariane 6 both use liquid hydrogen as fuel.A recent explainer video from the European Space Agency (ESA,) parallels the rocket behavior to that of an unknotted balloon. Pointing out the main difference, a balloon doesn’t just go up but it moves all over the place. The video makes another important analogy: balancing the rocket – thin and tall with the thrust coming out of the bottom – is like balancing a pencil on a finger. You need to be flexible.         IFLScience is not responsible for content shared from external sites.How do you control a rocket?The flexibility comes from having engine nozzles that can be moved, as well as other design elements such as fins. When a rocket begins to tumble uncontrollably, it usually means that those systems are not working and the rocket is either about to explode by itself or will be made to go boom by ground control. Another common feature in rockets is boosters. Not every rocket design needs them, because not every rocket has to generate the same amount of thrust. Boosters such as those on SLS and Ariane 6 use solid fuel – the fuel and the oxidizer are combined in a solid block that burns and burns. There’s no way to regulate thrust when it comes to the boosters, beyond shaping the surface area where the reaction occurs.The final salient characteristic of rockets is that they are usually built in stages. Going back to the principle of inertia, the more mass you have the more thrust you need to move it to the speed you want. But the more thrust you need, the more fuel you need to pack. So it is useful to get rid of a portion of the rocket once it has outlived its purpose. Some first stages are reusable, like in the case of SpaceX rockets.  In other cases, it is only the capsule that carries cargo or crew that is used over and over again.To make sure everything goes right, rockets are tested time and time again. There’s often a lot running on them – literally, when the mission they are launching is carrying astronauts. They do not call it rocket science for nothing.