To find the time period of the Earth's satellite revolving at a height of 35800 km, we can follow these steps: Step 1: Understand the formula for the time period of a satelliteThe time period T of a satellite can be derived from the formula:T=2π√(R+H)3GMwhere:- R is the radi...
<p>To determine the factors on which the time period of a satellite in a circular orbit around a planet is independent, we can analyze the formula for the time period of a satellite.</p><p>1. <strong>Understanding the Formula</strong>: The time perio
PREVIOUS correspondentshave discussed the derivation of a simple formula for the life-timeof an Earth satellite. The formula concerned is:whereis the period, d/dthe rate of change of period with time,the eccentricity,the semi-major axis and 1/the atmospheric scale-height. This formula is ...
The extent of sea ice in the Antarctic, despite its high variability, has shown a slight increase during the period of satellite observations which contrasts extent trends in the Arctic. The underlying reasons for this divergent behavior are not yet fully understood. However, it is believed that...
We formalize the task offloading issue in the Sat-MEC scenario as a MDP, using the Satellite Tool Kit (STK) to model the spatial information of the LEO satellite. Additionally, we used Python to model the simulation of the Sat-MEC environment, where we consider task heterogeneity and server...
The dynamical time scale, also called the crossing time, is the period of a galaxy orbit through the center of the cluster potential. The characteristic time scales are of order 109 years, much shorter than the Hubble time (the expansion time scale for the universe, taken as the inverse of...
For the model of Example 5.27, find the mean and variance of the number of customers served in a busy period. 77. Suppose that customers arrive to a system according to a Poisson process with rate λ. There are an infinite number of servers in this system so a customer begins service up...
Fig. 2: Timing and duration of peak activity for carbon fluxes, NSC dynamics, and wood formation phases across biomes. a Peak (dot or triangle) and period of maximum activity, the 75th percentile (horizontal error bars) for C fluxes, NSC dynamics and wood formation phenological phases. Minimu...
<p>To analyze the three statements provided in the question, we will evaluate each statement one by one and derive the necessary conclusions.</p><p><strong>Step 1: Evaluate Statement 1</strong> <strong>Statement 1:</strong> Time period of a satellite is
How does time period (T) of a seconds pendulum vary with length(l)? AT∝√l BT∝l2 CT∝l DT does not depend on lSubmit The time period of a simple pendulum in a satellite is View Solution How does time period (T) of seconds pendulum very with length (l) ? View Solution The...