Container Port TEUs Processed $(1,000$s$)$

Baltimore, MD $675$

Boston, MA $164$

Charleston, SC $1,124$

Chester, PA $128$

Everett, WA $29$

Freeport, TX $52$

Gulfport, MS $89$

Houston, TX $1,946$

Jacksonville, FL $240$

Long Beach, CA $4,438$

Los Angeles, CA $4,997$

Miami, FL $687$

Mobile, AL $250$

New Orleans, LA $466$

Newark, NJ $4,550$

Norfolk, VA $1,335$

Oakland, CA $1,252$

Philadelphia, PA $339$

Port Everglades, FL $449$

Port Hueneme, CA $91$

Port Manatee, FL $54$

San Diego, CA $75$

San Juan, PR $297$

Savannah, GA $2,481$

Seattle, WA $1,579$

Tacoma, WA $1,366$

Tampa, FL $75$

West Palm Beach, FL $140$

Wilmington, DE $208$

Wilmington, NC $128$

Using a class width of $500$ develop a frequency distribution of the data starting with $0499,500999,1,0001,499,$ and so on$.$

TEUs Processed $(1,000$s$)$ Frequency

$0499$

$500999$

$1,0001,499$

$1,5001,999$

$2,0002,499$

$2,5002,999$

$3,0003,499$

$3,5003,999$

$4,0004,499$

$4,5004,999$