Intercessors, Ascend!

The Command to Ascend The command to ascend means reposition yourself—change your position. However, the command must be executed (obeyed, carried out, fulfilled, accomplished). For example, if you are sitting down, stand up. If you are lying down, arise. Get up if you are kneeling. If you are slumped over, assume an upright posture—change your position. There are several synonyms for ascend, but to simplify the meaning in this book, God is saying, “Intercessors, get up and come up!” Another example comes to mind when I think about the command to ascend and the execution. The pilot is at the control of the aircraft and gives the command to ascend. Yet, the clearance for takeoff comes from the control tower. Once the control tower gives the clearance, the pilot uses the controls to execute the command. The aircraft is built to execute the command. Read NASA’s explanation below: What makes airplane ascend? Air. A plane flies by continually pushing and pulling the surrounding air downward. In response to the force of moving the air down, the air pushes the airplane upward. Newton’s 3rd law of motion states that for every action there is an equal and opposite reaction. An airplane wing is shaped so that the air is deflected downward as the wing passes. Because air is a fluid (a gas), both the top and the bottom surface of the wing deflect the air. This differs from dealing with solid pellets for which only the bottom surface would deflect. The faster an airplane travels, the more lift is generated. Inclining the wing to the wind also produces more deflection and more lift. The wings of an airplane have adjustable flaps that can be extended or retracted. When extended, the flaps increase the deflection of the air and provide greater lift for takeoff and landing. As it flies, a plane is in the center of four forces. Lift (upward force) and thrust (forward push, provided by a propeller) get a plane into the air. Gravity and drag (air resistance, which is friction caused by air rubbing against the plane) try to pull the plane down and slow its speed. A plane must be built so that lift and thrust are stronger than the pull of gravity and drag by just the right amount. Lift from the wings is used to overcome the force of gravity. Shape is important in overcoming drag. For example, the nose of a plane is rounded so it can push through the air more easily. The front edge of each wing is rounded too. An airplane built like a railroad boxcar just wouldn’t fly very well.