## fractions, Mathematics

Assignment Help:
Rider dribbles the ball 1/3 of the basketball court on the first day of practice. Each day after that he dribbles 1/3 of the way more than he did the day before.

Draw a number line to represent the court. Partition the number line to represent how far rider dribbles on day 1, day 2, and day 3 of practice. What fraction of the way does he dribble on Day 3?

#### Optimization, Optimization : In this section we will learn optimization p...

Optimization : In this section we will learn optimization problems.  In optimization problems we will see for the largest value or the smallest value which a function can take.

#### Compute projection scale factor, 1. A survey line on campus is measured to ...

1. A survey line on campus is measured to be 1000.00 ft long on horizontal ground. The elevation of the line is 700.00 feet and the geoid separation from ellipsoid to geoid is -110

#### Evaluate the volume of a basketball along with the volume, Dawn wants to ev...

Dawn wants to evaluate the volume of a basketball along with the volume of a tennis ball. Which formula will she use? The volume of a sphere is 4/3 times π times the radius cub

#### MARKOV PROCESS, EXPLAIN HOW MARKOV PROCESS IS APPLIED IN BRAND SWITCHING?

EXPLAIN HOW MARKOV PROCESS IS APPLIED IN BRAND SWITCHING?

#### Statistics quiz.., can someone help me with a statistics quiz?

can someone help me with a statistics quiz?

#### Congruence of triangle, make an assignment based on congruence of triangle

make an assignment based on congruence of triangle

#### Decimals, how to make 2.3 into a fraction?

how to make 2.3 into a fraction?

#### Long distance calls cost x cent how much 5-minute call cost, A long distanc...

A long distance calls costs x cents for the first minute and y cents for every additional minute. How much would a 5-minute call cost? The cost of the call is x cents plus y ti

#### Initial value problems, Write a Matlab function MyIVP that solves an initia...

Write a Matlab function MyIVP that solves an initial-value problem (IVP) for a system of ordinary differential equations (ODEs) of the form x ?(t) = f (t, x(t)), where f : R × Rn ?

#### Dividing, how do you divide

how do you divide  