1 AU b. 149,600,000 km c. 8.3 light-minutes d. all of the above 5. Distances between stars are usually measured in a. light-minutes b. astronomical units c. light-days d. light-years 6. Einstein developed an equation that changed ideas about the sun’s energy source by describing the relationship between a. mass and energy b. gravity
The craft landed later that same day only 15 minutes and 22 seconds later. Data During the flight, Mercury Redstone 3 Freedom 7 attained a maximum velocity of 8,200 km/hour and an altitude of 186.4 km. The capsule landed 483 km downrange from Cape Canaveral in the Atlantic Ocean. Shepard experienced a maximum g-force of 6 during the booster acceleration phase of the mission and slightly less than 12 on re-entry. The duration of the flight was 15 minutes and 22 seconds with weightlessness lasting about 5 minutes.
Prominences 1. Prominences are immense clouds of glowing gases that erupt from the upper chromosphere. 2. The loops or arches of gases may shoot as high as 100 000 kilometres from the surface of the Sun. This allows some of the surface gases, mainly hydrogen and helium, to escape into space.
Apollo 12 | Launch November 14, 1969, splash down November 24 | Moon (Not a Planet obviously) | (1 point) | 3. Phoenix | Launch: August 04, 2007Landing: November 1, 2008 | Mars | Mars surface dirt and rock samples. (1 point) | 4. Messenger | | Mercury | (1 point) | 5. Magellan | Mission start: May 04, 1989Mission End: October 12,1994 | Venus | Made first global map of the surface of Venus.
o B. Discover images and characteristics related to the Barringer Crater in Arizona: How large was the meteorite, how large is the crater, when did the impact occur, and how fast was the meteorite moving when it hit Earth’s surface. o C. Find at least three large craters on Earth that illustrate the potential magnitude of kinetic energy that is possible at impact. List where the location of the impact, the size of the meteorite, and when the impact occurred. Introduction One look at the surface of the Moon should convince you that "empty space" is not so empty after all.
a. the space shuttle as it is orbiting Earth b. a car turning a corner c. the space shuttle when it is being launched d. a bike moving in a straight line at a constant speed 3. If you triple the net force acting on a moving object, how will its acceleration be affected? ______ 4. The gravitational force between two objects depends on which of the following? a. each object’s mass c. the distance between the objects b. each object’s volume d. both (a) and (c) 5.
------------------------------------------------- Straw Rocket lab report Charlene Walker Class 803 [Date] [Company name] [Company address] [Date] [Company name] [Company address] Problem – How will the size of the wings affect the distance the rocket travels ? Hypothesis – The rocket with the smallest wings will go the furthest Materials – 1- Drinking straw 2- Printing paper 3- Clay 4- Scissors 5- Tape 6- Measuring tape Backround information – According to newtons 2nd law of motion it states exact The relationship between an object's mass m, its acceleration a, and the applied force F is F = ma. Acceleration and force are vectors (as indicated by their symbols being displayed in slant bold font); in this law the direction of the force vector is the same as the direction of the acceleration vector. Procedure – 1- After building the rockets my team adjusted the launcher to the trajectory angle of 45 degrees 2- We took turns as we raised the launch rod to the 5th calibration line 3- To launch, we released the launch rod so that it falls to the bottom of the cylinder. 4- We measured the rockets range using a measuring tape.
Which planet does it orbit? | | |Pictures of the moon Europa show large cracks. What causes these |Tectonic stress | |cracks? | | |Which moon is the largest satellite in the solar system? Which |Ganyemede, Jupiter
Chapter 14 1. Radio galaxies have sources of unusually strong radio waves emitted on either side of the galaxy and active galaxies are spirals with small, highly luminous cores like Seyfert galaxies, they also have nuclei that are produced by matter plunging into super-massive black holes. 6. By observing the velocity of the stars that orbit the black hole or by the rotational speed of its accretion disk. 10.
If the Soviets had the rocket power to send a satellite to space what could they do with atom bombs? The space race was on. Panic amplified when the Soviets launched Sputnik 2 on November