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    Elephant and Shrewd Mass on Earth Surface

    Please do not put your response in a .pdf format, but Word documents are okay. Thanks! An adult elephant has a mass of about 5.0 tons. An adult elephant shrew has a mass of about 50 grams. How far from the center of the Earth should an elephant be placed so that its weight equals that of the elephant shrew on the surface of t

    Newton's universal gravitational law.

    Please Show all work with answer!!! An apple (m=0.20 kg) falls to the earth. Determine (a) the apple's acceleration towards the earth; (b) the earth's acceleration towards the apple. (c) Discuss the appropriate reference frames in which to determine the accelerations in (a) ansd (b).

    Desert Eagle Problem

    A guy fires a desert eagle chambered for 44 mag at ground level on a flat area of the moon. The projectile exits the muzzle at 1450 fps (442m/s) and at an angle 27 degrees above the ground. Supposing the gravitation on the moon is 1/6 that it is on earth, determine both how far the bullet went and how long it took to get there.

    Magnetic Field of a Long Straight Wire

    At what distance from a long, straight wire carrying a current of 100.0 A is the magnetic field due to the wire equal to the strength of the Earth's field, approximately 4.0E-5 T (in m)?

    Force of Gravity

    27. The Moon is moving around the Earth as shown in Figure 1 (attached). If the force of gravity were to suddenly disappear, which of the following arrows would best represent the path of the moon? (a) Answer A (b) Answer B (c) Answer C (d) Answer D (e) Answer E. What is the correct answer?

    Relationship between Moon and Earth

    6. Which is the most accurate model of the Moon in relative size and distance from the Earth? (The unshaded object in each diagram is the Earth)(Diagram attached) (a) Answer A (b) Answer B (c) Answer C (d) Answer D (e) Answer E What answer is correct?

    Cause of Day and Night

    1. What causes day and night? (a) The Earth spins on its axis. (b) The Earth moves around the Sun. (c) Clouds block out the Sun's light (d) The Earth moves into and out of the Sun's shadow. (e) The Sun goes around the Earth. What answer is correct?

    Three quiz questions

    7. How often is the Sun directly overhead at noon in Toronto? (a) Every day (b) Only in the Summer. (c) Only for the week of the summer solstice. (d) Only for one day each year. (e) Never What is the correct answer?

    Calculating Proton Speed

    Question: At a certain location, the horizontal component of the earth's magnetic field is 4.6E-5 T, due north. A proton moves eastward with just the right speed, so the magnetic force on it balances the weight. Find the speed of the proton.

    Spectrum Analysis of Substances on Earth

    Analysis of the spectrum of X for the surface of solid objects can, when compared to samples of different substances on Earth, reveal the surface composition of that body. What is X?

    Zenith equation solution

    If one were located on the Earth's equator, one's zenith would outline the A over a period of one day. What is A?

    Acceleration due to gravity above Earth

    "How far above the Earth's surface will the acceleration due to gravity be a quarter of what it is on the surface?" I tried to use the g' = (G * m) / r^2 equation (with the mass of the earth as "m") because it was used with a somewhat similar problem in my book about the value of g on the top of Mount Everest, but I came up w

    Rocket is accelerated to speed v = 2 sq. root gRe near Earth

    A rocket is accelerated to speed v = 2 sq. root gRe near Earth's surface (where Earth's radius is Re), and it then coasts upward. a) Show that it will escape from Earth. b) Show that very far from Earth its speed will be v = sq. root 2gRe.

    Determination of the horizontal component of the Earth's magnetic field

    Here's the background of our experiment. Purpose: In this experiment you will use a current-carrying loop to determine the horizontal component of the earths magnetic field for our locality. (Massachusetts, USA) Apparatus: 1. Circular conducting loop 2. Compass 3. Power supply and powersate 4. Ammeter 5. Wires Theo

    Relativity Theory Space-Time Diagram

    A.) Draw a space-time diagram for a piston moving back and forth in a cylinder. (use the line of motion of the piston for the space coordinate)...a description of how one might make such a diagram would be sufficiant. b.) Clocks A and B are synchronized and the clock A is sent on ten fast earth orbits and brought back. Now that

    Calculating Height of a Projectile Fired from Earth's Surface

    A projectile of mass m is fired from the surface of the earth at an angle A from the vertical. The initial speed Vo is equal to the square root (GMe/Re). How high does the projectile rise? Neglect air resistance and the earth's rotation. (Hint: It is probably easier to apply the conservation laws directly instead of using orbit