Combined operations of integers - Problem solving - Practice exercise 3

An elevator was at -2 meters. It rose by 6 meters and then went down 4 meters. What is the final position of the elevator?

An elevator was at -2 meters. It rose by 6 meters and then went down 4 meters. What is the final position of the  elevator ?(1 mark).

An elevator was at -2 meters. It rose by 6 meters and then went down 4 meters. What is the final position of the  elevator ?(1 mark).

An elevator was at a height of 2 meters. It rose by 6 meters and then went down 4 meters. What is the final position of the  elevator ?(1 mark).

An elevator was at a height of 2 meters. It rose by 6 meters and then went down 4 meters. What is the final position of the  elevator ?(1 mark).

An elevator was at a height of 2 meters. It rose by 6 meters and then went down 4 meters. What is the final position of the  elevator ?  (1 mark).

A freezer started at -10°C. Its temperature rose by 8°C, then dropped by 6°C due to a power outage. Using a number line, what is the final temperature inside the freezer?

A freezer started at -10°C. Its temperature rose by 8°C, then dropped by 6°C due to a power outage.Using a number line, what is the final temperature inside the freezer?(1 mark).

A freezer started at -10°C. Its temperature rose by 8°C, then dropped by 6°C due to a power outage.Using a number line, what is the final temperature inside the freezer?(1 mark).

A freezer started at -10°C. Its temperature rose by 8°C, then dropped by 6°C due to a power outage. Using a number line, what is the final temperature inside the freezer?(1 mark).

A freezer started at -10°C. Its temperature rose by 8°C, then dropped by 6°C due to a power outage. Using a number line, what is the final temperature inside the freezer? (1 mark).

A freezer started at -10°C. Its temperature rose by 8°C, then dropped by 6°C due to a power outage. Using a number line, what is the final temperature inside the freezer? (1 mark).

The temperature of a room was initially recorded as -8°C. It then rose by 5°C and later reduced by 3°C. Use the number line below to calculate the final temperature: What is the final temperature reading?

The temperature of a room was initially recorded as -8°C. It then rose by 5°C and later reduced by 3°C.Use the number line below to calculate the final temperature.(1 mark).

The temperature of a room was initially recorded as -8°C. It then rose by 5°C and later reduced by 3°C.Use the number line below to calculate the final temperature.(1 mark).

The temperature of a room was initially recorded as -8°C. It then rose by 5°C and later reduced by 3°C.Use the number line below to calculate the final temperature.(1 mark).

The temperature of a room was initially recorded as -8°C. It then rose by 5°C and later reduced by 3°C.Use the number line below to calculate the final temperature.(1 mark).

The temperature of a room was initially recorded as -8°C. It then rose by 5°C and later reduced by 3°C.Use the number line below to calculate the final temperature.   (1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C. What is the final temperature?

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C.What is the final temperature?.(1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C.What is the final temperature?.(1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C.What is the final temperature?.(1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C. Use a number line to determine the final temperature.(1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C. Use a number line to determine the final temperature.(1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C. Use a number line to determine the final temperature.  (1 mark).

The temperature of a room was -8°C. It rose by 5°C, then dropped by 3°C. Use a number line to determine the final temperature.  (1 mark).

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift: What is the final position of the lift?

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift.(1 mark).

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift.(1 mark).

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift.(1 mark).

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift.(1 mark).

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift.  (1 mark).

An underground tunnel starts at -10 m. A lift goes up 6 m, then descends another 4 m. Use the number line to find the final depth of the lift.  (1 mark).