Hello I need help on this questions below, simply you can zoom in and be able to see them clearly, to make sure you don't get confused, left two images and middle image in bottom is same question but on other right side two both questions are separate so please don't get confused and you can ask me if you still need to clarify, but I really need to complete itby today please help me on this questions, and I really appreciate your time please answer them exactly and correctly in order, because I'm on last try :(

x Question 1 You can retry this question below Suppose that an object starts at point A in the diagram and travels twice around the circle in the In previous lessons, you explored the motion of a pendulum. We will now begin studying an equation that counterclockwise direction. Assume that the object takes 24 seconds to travel around the circle can be used to model its motion. The general form of this equation is used to model many different types twice and that it travels at a constant speed. As indicated in the diagram, the radius of the circle is of real-world applications that involve oscillatory behavior. We will assume that the pendulum is not four. affected by friction, so it will not slow down over time. 571 /6 Part A: What are the coordinates of the object at time t = 0? Answer : The position of a pendulum at any given time is represented by the angle, 0 . The angle is measured from the vertical, which is an imaginary line that is perpendicular to the ground, shown by the dashed line in the Part B: At what values of t in the interval 0 Next question You can retry this question below Suppose that the values of 80. 9, and L for a particular pendulum are such that the equation that where models the motion of the pendulum is he intial angle measured in radians, of the pendulum just before it is released. When the spherical A pendulum whose length is 3 meters is an equation for 0(t) that modelers is released from an initial angle of 0.175 radians. Determine 0(t) = cost vertical, Go is negative t of the vertical, 0 is positive, and when the spherical weight starts to the right of the models the pendulum's motion. g is the acceleration due to Earth's gravity 9.81-2 Hint a the pethe pendulum to complete one "back-and-forth" cycle? As we have cen before, this is called the period of the pendulum. Round your answer to two decimal places. L is the length of the pendulum, in meters. 0 ( t ) = Hint t is the time since releasing the pendulum, in seconds. Question Help: Message instructor Calculator Answer: 2:00 * seconds Note: The variable t is not underneath the square root symbol. Submit Question The Greek letter theta, 0, is used often in science and engineering to represent an angle. Part B: The number of cycles that a pendulum completes per second is called its frequency. The What is the frequency of the pendulum? Round your answer to three decimal places. Score on last try: 0 of 2 pts. See Details for more. Hint > Next question You can retry this question below Answer: 0.5 X Hz Question Help: Message instructor Calculator hp