Saturday

October 25, 2014

October 25, 2014

Posted by **mysterychicken** on Sunday, June 9, 2013 at 1:45pm.

1. A vector in standard position has its initial points at (0,0)

True?

2. The general formula for finding the probability of two events A and B that are not mutually exclusive and overlap is given by: P(A or B) = P(A) + P(B) + P(A and B)

True?

3. The formula for the arrangement of r of n objects is given by: n!/(n-r)!

False?

4. In buying a car, a customer has a choice of 3 bumper types, 4 stereo systems, 8 interior colors, 2 engines, 4 carpets, and 6 seat covers. How many different combinations of these 6 options are available?

Is it 4608?

5. The following statement is true by mathematical induction: n! > or equal to 2^n for all natural numbers n

False

Thank you!

- Math -
**Steve**, Sunday, June 9, 2013 at 5:35pm1. ok

2. dependent or independent?

independent is P(A) + P(B) - P(A&B)

3. True - check your text

4. ok

5. ok

but it is true for n>3

- Math -
**mysterychicken**, Sunday, June 9, 2013 at 5:58pmSo if it is true for n>3, would the answer be true?

- Math -
**Steve**, Thursday, June 13, 2013 at 5:31amNO! All natural numbers means n>0

**Answer this Question**

**Related Questions**

Math: Vectors - Collinear - Can you please check whether my answers are correct...

Calculus - Dot Product - consider a rhombus ABCD a) find the resultant of vector...

Calc III - Find the position vector of a particle that has the given ...

Physics - The velocity vefot of a ball is v(t)=-3x+4y at any time. Its initial ...

Applied Maths - Given that position vector a=4i+2j, position vector b=13i+5j are...

Physics - Vector A has magnitude of 9.77 units and points due east. Vector B ...

Maths - Vectors - The position vectors a,b,c of the points A,B,C relative to the...

Finding a Formula, help please ! - Does anyone know the formula to find any ...

Physics - The acceleration of a particle moving only on a horizontal xy plane is...

Math - For each geometric series, calculate t6 and S6. a) 6 + 30 + 150 ... So I'...