Express the thought of each sentence below in no more than four words.

You are so absorbed with your own thoughts and feelings that you pay little attention to what is going on in the world around you.

Explain what happens during a price war.

The largest single-faced clock in the world is the Colgate clock on the Hudson River in Jersey City, New Jersey, with a minute hand that is 26 feet long. Find the arc length through which the tip of the minute hand travels between the following times. [Hint: Find the angle in radians. Give an approximate answer using $\pi \approx 3.14$.] Between noon and 12:40 p.m.

Draw and Label the bones and features indicated on the right elbow(anterior view) using the terms provided
Ulna

Determine the interval of convergence of the series. f(x)=

$$3^x$$

Interstate____ nearly ground to a halt due to a strike in the shipping industry. (inflation; commerce)

Compute the elasticity of demand for the given demand function D(p) and determine whether the demand is elastic, inelastic, or of unit elasticity at the indicated price p. $D(p)=\sqrt{400-0.01 p^{2}};$ p = 120

Use the rule of $70$ to estimate the years to double for the $9\%$ annual inflation rate.

A flat-bottom river barge is $30.0 \mathrm{~ft}$ wide, $85.0 \mathrm{~ft}$ long, and $15.0 \mathrm{~ft}$ deep. (a) What is the volume of water (in $\mathrm{ft}^3$) that will be displaced by it while the top stays $3.00 \mathrm{~ft}$ above the water? (b) Calculate the load in tons which will the barge contain under these conditions if the empty barge weighs $160$ tons in dry dock?

Use the rule of $70$ to estimate the years to double for the $8\%$ annual inflation rate.

Determine the radius of convergence and the interval of absolute convergence for the given power series. $\sum_{k=1}^{\infty} \frac{5^{k} x^{k}}{k !}$

For the demand function $D(q)=45 e^{-0.4 q}$ (measured in dollars), at what price is the elasticity of demand equal to one? Give an example of a price where the demand is elastic and another where it is inelastic.

For a certain commodity the supply equation is given by

$$S=2p+5$$

At a price of $1, there is a demand for 19 units of the commodity. If the demand equation is linear and the market price is$3, find the demand equation.

For the demand function d(x) and demand level x, find the consumers' surplus. Where d(x)=500-x, x=400