Euler
Pascal
Napier
Pythagoras
Newton
100

What is sin of 3π/4?

sin(3π/4)=1/√2

100

The derivative of .5x2

x

100

What is a way of arranging objects or values where order does not matter?  (combination or permutation)

combination

100

What is cosine of 2π/3?

cos(2π/3)= −1/2

100

log3 9

2

200

Solve for x log2x+log2(x-2)=3

x = 4

200

List the transformations in order for the quadratic equation y=2(x+1)2-7

left 1, vertical dilation by a factor of 2, down 7

200

225° in radians

5π/4

200

What is the remainder of the following polynomial: (2x+ 2x) / (x+1)

0
200

What is the general equation for a difference of squares?

a2-b2=(a+b)(a-b)

300

Factor the polynomial:

x3+7x2+10x 

x(x+5)(x+2)

300

Find the inverse of the equation y=4x^2-3

y=sqrt((x+3)/4)

300

There are 2 green marbles, 3 blue marbles, and 1 red marble. The probability of getting a green marble on the first pick and a red marble on the second with replacement

1/18

300

n!/(n-r)!r! is the formula for

Combinations

300

Find the domain and range. f(x)=(2x2)/(x4)+1

Range: (1,infinity) 

Domain: R\{0}

400

Divide the polynomial by long division.

(3x2+7x-20) / (x+4)


3x-5

400

Twenty athletes compete in an olympic event. Write down how you would calculate the number of permutations for each one winning gold, silver, and bronze.

20 x 19 x 18

400

You have six pizza toppings. You create as many 3-topping pizzas as possible. How many different pizzas can you make?

20 different pizzas

400

Given the solutions x = -9 and x = 1/3, what would be the factors that would represent the quadratic?

(x+9)(3x-1)

400

What is the range, amplitude and period of y=3sin(2x)+3?

Range: [0,6] 

Amplitude=3   

Period= π


500

limx→3 (x2-x-12)/(x+3)


-1

500

Integrate 

∫10/x2 dx

−10/x+C

500

Complete the square to find the coordiantes of the turning point: 2x^2 + 6x + 2

(-3/2, -5/2)

500

Write down the binomial probability formula

P(Event)=nCr(pr)(1-p)(n-r)

500

The speed a bike is travelling in metres per second after t seconds is given by the function

f:[0, 4] → R, f(t) = t2

Given that the bike is 10 m away after 3 seconds, what is the displacement of the bike?

The distance travelled in the first 4 seconds is

x(4) − x(0) = 64/3 meters

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