Question about M2K Garfield: It's All About Math Math (Ages 7-9) (GRF16AM201) for PC

Hi, I was the one who was suggesting $98.60 . Are you doing the Mathematics course with ICS/Education Direct as well?

Posted on Sep 07, 2008

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Posted on Jan 02, 2017

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Jun 02, 2014 | Mathsoft StudyWorks! Mathematics Deluxe...

Paying for an education is increasingly more difficult and with Government low interest loans drying up students and families need to find alternatives to help pay for a good education.

One of the easiest ways is to cut costs and one partticulary costly item (computers and related software) can be purchased at drastic discounts through online stores selling software and hardware at significant discounts. I recently purchased Visual Foxpro, which normally sells for well over $300, for $65.

You will need to provide satisfactory evidence that the purchase is for a student or faculty member (a copy of an ID card or course schedule is usually adequate).

I've found academicsuperstore.com to be the best to deal with.

One of the easiest ways is to cut costs and one partticulary costly item (computers and related software) can be purchased at drastic discounts through online stores selling software and hardware at significant discounts. I recently purchased Visual Foxpro, which normally sells for well over $300, for $65.

You will need to provide satisfactory evidence that the purchase is for a student or faculty member (a copy of an ID card or course schedule is usually adequate).

I've found academicsuperstore.com to be the best to deal with.

on Feb 18, 2010 | Computers & Internet

Using fixed simple interest:

start with $1,500. Every year you get $75 in interest.

so after 3 years you have $1,500 + $225 = $1,725.00

Compound interest:

If you use/want compound interest you gain 5% of the new amount every year. So start with $1,500

Year 1: $1,500 + $75 = $1,575

Year 2: $1,575 + $78.75 = $1,653.75

Year 3: $1,653.75 + $82.6875 = $1736.4375

So final sum is $1736.4375.

However banks usually round down so $1736.43

start with $1,500. Every year you get $75 in interest.

so after 3 years you have $1,500 + $225 = $1,725.00

Compound interest:

If you use/want compound interest you gain 5% of the new amount every year. So start with $1,500

Year 1: $1,500 + $75 = $1,575

Year 2: $1,575 + $78.75 = $1,653.75

Year 3: $1,653.75 + $82.6875 = $1736.4375

So final sum is $1736.4375.

However banks usually round down so $1736.43

Jan 28, 2014 | Mathsoft Computers & Internet

Do you have a model numbner?

Aug 01, 2013 | The Learning Company Computers & Internet

Let **a **be the amount borrowed. After one year **@7% yearly interest rate**, the borrower must repay a(1+0.07)=833.53

The amount borrowed is**a =833.53/(1.07)=779**

The loan was $779

The amount borrowed is

The loan was $779

Jul 06, 2012 | MathRescue Word Problems Of Algebra Lite

The following are examples of expressions:

2

*x*

3 + 7

2 ×*y* + 5

2 + 6 × (4 - 2)

*z* + 3 × (8 - *z*)

Example:

Roland weighs 70 kilograms, and Mark weighs*k* kilograms. Write an expression
for their combined weight. The combined weight in kilograms of these two people
is the sum of their weights, which is 70 + *k*.

Example:

A car travels down the freeway at 55 kilometers per hour. Write an expression for the distance the car will have traveled after*h* hours. Distance equals rate
times time, so the distance traveled is equal to 55 × *h*..

Example:

There are 2000 liters of water in a swimming pool. Water is filling the pool at the rate of 100 liters per minute. Write an expression for the amount of water, in liters, in the swimming pool after*m* minutes. The amount of water added
to the pool after *m* minutes will be 100 liters per minute times *m*,
or 100 × *m*. Since we started with 2000 liters of water in the pool,
we add this to the amount of water added to the pool to get the expression 100 ×
*m *+ 2000.

To evaluate an expression at some number means we replace a variable in an expression with the number, and simplify the expression.

Example:

Evaluate the expression 4 ×*z* + 12 when *z* = 15.

We replace each occurrence of*z* with the number 15, and simplify using the
usual rules: parentheses first, then exponents, multiplication and division, then
addition and subtraction.

4 ×*z* + 12 becomes

4 × 15 + 12 =

60 + 12 =

72

Example:

Evaluate the expression (1 +*z*) × 2 + 12 ÷ 3 - *z* when
*z* = 4.

We replace each occurrence of z with the number 4, and simplify using the usual rules: parentheses first, then exponents, multiplication and division, then addition and subtraction.

(1 +*z*) × 2 + 12 ÷ 3 - *z* becomes

(1 + 4) × 2 + 12 ÷ 3 - 4 =

5 × 2 + 12 ÷ 3 - 4 =

10 + 4 - 4 =

10.

**hope that help you**

2

3 + 7

2 ×

2 + 6 × (4 - 2)

Example:

Roland weighs 70 kilograms, and Mark weighs

Example:

A car travels down the freeway at 55 kilometers per hour. Write an expression for the distance the car will have traveled after

Example:

There are 2000 liters of water in a swimming pool. Water is filling the pool at the rate of 100 liters per minute. Write an expression for the amount of water, in liters, in the swimming pool after

To evaluate an expression at some number means we replace a variable in an expression with the number, and simplify the expression.

Example:

Evaluate the expression 4 ×

We replace each occurrence of

4 ×

4 × 15 + 12 =

60 + 12 =

72

Example:

Evaluate the expression (1 +

We replace each occurrence of z with the number 4, and simplify using the usual rules: parentheses first, then exponents, multiplication and division, then addition and subtraction.

(1 +

(1 + 4) × 2 + 12 ÷ 3 - 4 =

5 × 2 + 12 ÷ 3 - 4 =

10 + 4 - 4 =

10.

Jun 22, 2011 | LeapFrog Turbo Twist Math Cartridge 5th...

First year:
5% from 980£ is 49. So after the first year you have 980+49=1029

Second year: 5% from 1029£ is 51,45. So after the second year you will have 1029+51,45=1080,45

Third year: 5% from 1080,45 is 54,02. So after the second year you will have 1080,45+54,02=1134,47.

In three years you have 154,47=54,02+51,45+49

If you need further assistance, just leave a comment. Cheers

Second year: 5% from 1029£ is 51,45. So after the second year you will have 1029+51,45=1080,45

Third year: 5% from 1080,45 is 54,02. So after the second year you will have 1080,45+54,02=1134,47.

In three years you have 154,47=54,02+51,45+49

If you need further assistance, just leave a comment. Cheers

May 16, 2010 | Mathsoft StudyWorks! Mathematics Deluxe...

Volume = length * depth * width
so
2500 = 50 * 2.5 * w

2500 = 125 * w

2500 / 125 = w

20 = w

so it's 20 m wide

2500 = 125 * w

2500 / 125 = w

20 = w

so it's 20 m wide

Oct 10, 2009 | The Learning Company Achieve! Math &...

Here is the Solution:

1.__Convert 15 ft into yards.__ 1 yard = 3 feet

=>**15 ft = 5 yd**

2.__Find the area of the given room.__ The cost for given room is given, and cost for carpeting 1 sq. yd is given. So,

800/20 = 40 {i.e.**40 sq. yd (area of the given room**)}

3. Now,__Length * Width = Area__

=>** x * 5 = 40 ** [Taking Length = x yd]

=> x = 40/5

=>**x = 8 yd**

=> x = 8 * 3 ft

=>** x = 24 ft**

**So, Length of the given room is 24 ft (8yd).**

I*hope* this solved your problem (in time).

1.

=>

2.

800/20 = 40 {i.e.

3. Now,

=>

=> x = 40/5

=>

=> x = 8 * 3 ft

=>

I

Sep 10, 2009 | SoftMath Algebrator - Algebra Homework...

I want how i can calculate daily profit /loss calculation on investment

Sep 07, 2009 | Microsoft Step by Step Visual Basic 6.0...

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I thought it was $98.60 but I can definitely be incorrect :) Did you find out the solution after?

Brenda bought a swimming pool by obtaining an 8% add-on interest installment loan from the bank. The pool cost $2,400 and the bank required a 15% down payment and equal monthly payments for two years . How much is Brenda's monthly payment ?

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