Write a differential equation for the total quantity

Reference no: EM13201091

Dead leaves accumulate on the ground in a forest at a rate of 4 grams per square centimeter per year. At the same time, these leaves decompose at a continuous rate of 80 percent per year.

Write a differential equation for the total quantity Q of dead leaves (per square centimeter) at time t

Reference no: EM13201091

Questions Cloud

Calculate the cost of long-term debt : Find the break points associated with each source of capital and use them to specify each of the ranges of total new financing over which the firm's WACC remains constant and calculate the WACC over each of the ranges of total new financing specifi..

State truck drivers waiting in the queue : Truck drivers working for G.White and Sons earn $10 per hour on the average. Fruit loaders receive about $6 per hour. Truck drivers waiting in the queue or at the loading gate are drawing a salary but are productively idle

Will quantity of investment spending increases in economy : assume prices are flexible and that factors of production are fully employed in both economies. Assume there is perfect capital mobility for the small open economy.

Find the rate of the area of the ripple : a rock is dropped into a pond and causes a ripple, find the rate of the area of the ripple when the radius is 4.

Write a differential equation for the total quantity : Dead leaves accumulate on the ground in a forest at a rate of 4 grams per square centimeter per year. At the same time, these leaves decompose at a continuous rate of 80 percent per year.

Use dimensional analysis to convert the quantity : use dimensional analysis to convert the quantity to the indicated units. If necessary, round the answr to two decimal places. 1) 70 in. to ft.

Find the width of a norman windown : Find the width of a Norman Windown if the total area of the square and semicircle is said to be 200 ft^2.

Find the population of a certain species of fish : Solve the problem. The population of a certain species of fish introduced into a lake is described by the logistic equation G(t) = (10,000) / 1+19e^(-1.2t),

Determine the net present value and internal rate of return : An inventory of spare parts for the robotic equipment would be purchased immediately at a cost of $60,000. This investment in working capital would be maintained throughout the life of the equipment - Calculate the Net Present Value and Internal Rate..

User Account

All Pages