The little prince would like to find out what the gravitational acceleration on his asteroid is....
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
The little prince would like to find out what the gravitational acceleration on his asteroid is. For this, he made a pendulum using a light piece of string and a small heavy piece of stone. The weight of this piece of stone is 61 N on the asteroid, and the distance between the pivot of the pendulum and the piece of stone is 2 m. The prince let the pendulum swing near its stable equilibrium position. He observes that it takes 7 minutes for the pendulum to swing left and right 50 times. Assuming that the only forces acting on the piece of stone in the pendulum are the tension from the string and the gravity from the asteroid, calculate the gravitational acceleration on the asteroid for the prince in ms-2. The little prince would like to find out what the gravitational acceleration on his asteroid is. For this, he made a pendulum using a light piece of string and a small heavy piece of stone. The weight of this piece of stone is 61 N on the asteroid, and the distance between the pivot of the pendulum and the piece of stone is 2 m. The prince let the pendulum swing near its stable equilibrium position. He observes that it takes 7 minutes for the pendulum to swing left and right 50 times. Assuming that the only forces acting on the piece of stone in the pendulum are the tension from the string and the gravity from the asteroid, calculate the gravitational acceleration on the asteroid for the prince in ms-2.
Expert Answer:
Related Book For
Posted Date:
Students also viewed these mathematics questions
-
A tube of mass M and length ? is free to swing by a pivot at one end. A mass m is positioned inside the tube at this end. The tube is held horizontal and then released (see Fig). Let ? be the angle...
-
A simple pendulum consists of a light string 1.50 m long with a small 0.500kg mass attached. The pendulum starts out at 45o below the horizontal and is given an initial downward speed of 1.50 m/s. At...
-
The forces acting on a simple pendulum are shown in Fig. 13.26. (a) Show that, for the small angle approximation (sin θ θ), the force producing the motion has the same form...
-
Implement the method contains() for BST.
-
Use a graphing calculator or computer to reproduce the picture. 2 01 2
-
Define efficiency wage. What assumption about worker behavior underlies the efficiency wage theory? Why does it predict that the real wage will remain rigid even if there is an excess supply of labor?
-
P(0.18 < z < 2.46) Find the indicated probability using the standard normal distribution. If convenient, use technology to find the probability.
-
A gas turbine power plant receives a shipment of hydrocarbon fuel whose composition is uncertain but may be represented by the expression CxHy. The fuel is burned with excess air. An analysis of the...
-
Marco Company shows the following costs for three jobs worked on in April. Job 306 Job 307 Job 308 Balances on March 31 Direct materials used (in March) Direct labor used (in March) Overhead applied...
-
Mary and Charles have owned a beach cottage on the New Jersey shore for several years and have always used it as a family retreat. When they acquired the property, they had no intentions of renting...
-
Shares of Opto-Binocular Company stock currently trade at $66. The annual standard deviation of the underlying stock returns is 20% per year, and the risk-free interest rate is 9%. annual rate,...
-
What is wrong with the solution to the following problem? In 2012 the largest payout of \(\$ 656\) million was made, and to win that jackpot you must have correctly selected five white balls, in any...
-
Use a calculator to evaluate an ordinary annuity formula \[A=m\left[\frac{\left(1+\frac{r}{n}ight)^{n t}-1}{\frac{r}{n}}ight]\] for \(m, r\), and \(t\) (respectively) given in Problems 7-22. Assume...
-
In Problems 47-56, decide whether you would use a permutation, a combination, or neither. Next, write the solution using permutation notation or combination notation, if possible, and, finally,...
-
What is a special purpose entity?
-
Popper Company established a subsidiary and transferred equipment with a fair value of $72,000 to the subsidiary. Popper had purchased the equipment with a 10-year expected life 4 years earlier for...
-
Even on a relatively small team such as this, group and personal interactions are essential to meet project goals, timelines, and even budgets. According to our text, Working with other people...
-
SBS Company have received a contract to supply its product to a Health Care Service Hospital. The sales involve supplying 1,250 units every quarter, the sales price is RM 85 per unit. The Client...
-
A copper wire has a length of 5.0 m and a diameter of 3.0 mm. Under what load will its length increase by 0.30 mm?
-
A coin lies on the bottom of a pool under 1.5 m of water and 0.90 m from the side wall (Fig. 22.28). If a light beam is incident on the water surface at the wall, at what angle relative to the wall...
-
A series RC circuit with C = 40-F and R = 6.0 has a 24-V source in it. With the capacitor initially uncharged, an open switch in the circuit is closed. (a) What is the volt-age across the resistor...
-
Let \(A\) and \(B\) be disjoint events with \(P(A)=0.3\) and \(P(B)=0.45\). Determine the probabilities \(P(A \cup B), P(\overline{A \cup B}), P(\bar{A} \cup \bar{B})\), and \(P(\bar{A} \cap B)\).
-
Let \(P(A \cap \bar{B})=0.3\) and \(P(\bar{B})=0.6\). Determine \(P(A \cup B)\).
-
Check whether for 3 arbitrary random events \(A, B\), and \(C\) the following constellations of probabilities can be true: (1) \(P(A)=0.6, P(A \cap B)=0.2\), and \(P(A \cap \bar{B})=0.5\), (2)...
Study smarter with the SolutionInn App