1a. Find the measurements in yards and miles for distances by filling in the table.
1 point
1
Question 2
2.
1b. Is there a proportional relationship between a mesaurement in yards and a measurement in miles for the same distance?
1 point
1
Question 3
3.
If you answered Yes above, type the constant of proportionality.
If you answered No, type N/A.
1 point
1
Question 4
4.
2. Decide whether or not each equation represents a proportional relationship.
a) The remaining length (L) of a 120-inch rope after x inches have been cut off: 120 - x = L
1 point
1
Question 5
5.
2. Decide whether or not each equation represents a proportional relationship.
b) The total cost (t) after 8% sales tax is added to an item's price (p): 1.08p = t
1 point
1
Question 6
6.
2. Decide whether or not each equation represents a proportional relationship.
c) The number of marbles each sister gets (x) when m marbles are shared equally among four sisters:
1 point
1
Question 7
7.
2. Decide whether or not each equation represents a proportional relationship.
d) The volume (V) of a rectangular prism whose height is 12 cm and base is a square with side lengths s cm:
3 points
3
Question 8
8.
3a. Use the equation given to fill in the table.
1 point
1
Question 9
9.
3a. Is y proportional to x and x to y?
3 points
3
Question 10
10.
3b. Use the equation given to fill in the table.
1 point
1
Question 11
11.
3b. Is y proportional to x and x to y?
1 point
1
Question 12
12.
4a. How many packets would be needed to transmit 30,000 bytes of information?
1 point
1
Question 13
13.
4b. How much information could be transmitted in 30,000 packets?
1 point
1
Question 14
14.
4c. Each byte contains 8 bits of information. Write an equation to represent the relationship between the number of packets (p) and the number of bits (x).
1 point
1
Question 15
15.
EXIT TICKET
1. Write an equation for the relationship between the number of chairs c and the number of tables t when:
a) The tables are apart from each other.
1 point
1
Question 16
16.
EXIT TICKET
1. Write an equation for the relationship between the number of chairs c and the number of tables t when: