Which situation is best represented by the following equation?
2000 - 200х = 1000
(1 point)
Jenny went on vacation. She started with $2000 and spent $200 each day.
• Solve for x to find the number of days Jenny has been on vacation if she has $1000 left to spend.
Jenny went on vacation. She started with $2000 and spent $200 each day.
Solve for x to find out how much money Jenny has left to spend.
Jenny went on vacation. She spent $200 each day. Solve for x to find the number of days Jenny has been on vacation if she had $1000 to spend.
Jenny went on vacation. She started with $1000 and spent $250 each day.
• Solve for x to find out how many days Jenny has been on vacation if she has $2000 left to spend.
Jenny went on vacation. She started with $2000 and spent $200 each day.
• Solve for x to find the number of days Jenny has been on vacation if she has $1000 left to spend.
An employee is starting a job with an annual salary of $65,000. The employee's annual salary will increase by 3% at the end of each year with the company. What will the employee's annual salary, in dollars, be at the end of the second year with the company? (1 point)
$63, 050.50
• $65, 300.00
•
$66, 950.00
$68, 958.50
To calculate the employee's annual salary at the end of the second year, we need to find the 3% increase from the original salary and add it to the original salary for two years.
The original salary is $65,000.
To find the increase for each year, we can calculate 3% of $65,000:
3% of $65,000 = 0.03 x $65,000 = $1,950
Since the salary increases at the end of each year, the increase for two years would be:
$1,950 x 2 = $3,900
Adding this increase to the original salary gives us:
$65,000 + $3,900 = $68,900
Therefore, the employee's annual salary at the end of the second year will be:
$68,900.
Using the angle relationships, determine the value of y in the diagram above.
(1 point)
• y = 15
• y = 30
Oy=45
• y = 90