IM2_Matrix 2025_Cycle 4 Prep_F.IF.8a

Last updated 4 months ago

10 Nsɛmmisa

Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

IM2 Cycle 4 Test Prep F.IF.8a

F.IF.8.a

IM2_Matrix 2025_Cycle 4 Prep_F.IF.8a

Last updated 4 months ago

10 Nsɛmmisa

Hyɛ no nsow a efi ɔkyerɛwfo no hɔ:

IM2 Cycle 4 Test Prep F.IF.8a

A student launches a model rocket from a small platform in an open field. The height of the rocket $h$ (in feet) above the ground $t$ seconds after the engine ignites is modeled by the function:

null

What is the height of the platform from which the rocket was launched?

feet

F.IF.8.a

Enter an equation for the line of symmetry for the function defined by

F.IF.8.a

A grasshopper is sitting on the ground and leaps into the air to move to a new spot. The height of the grasshopper, $y$ (in inches), can be modeled by the distance it has traveled forward, $x$ (in inches), using the following equation:
How far did the grasshopper travel, in inches, from its starting point to where it landed?

F.IF.8.a

A small remote-controlled research submarine is exploring a lake. Its depth $D$ (in meters) relative to the surface $t$ minutes after it begins its descent is modeled by the function:

null

What is the deepest depth the submarine reached during the dive?

meters

F.IF.8.a

A student starts a business printing custom t-shirts for school clubs. The daily profit, $P$, depends on how many shirts, $x$, are produced each day. The profit function is:
Select the number of t-shirts sold that will minimize profit.

2 t-shirts

4 t-shirts

6 t-shirts

8 t-shirts

F.IF.8.a

The height of Emilio's feet were measured during a long jump. His jump is modeled by the function

, where t is the time in seconds and h is the height in feet.

How long was he in the air?

He was in the air seconds.

F.IF.8.a

The height of Emilio's feet were measured during a long jump. His jump is modeled by the function

, where t is the time in seconds and h is the height in feet.

At what time was he at his highest point?

He was at his highest point at seconds.

F.IF.8.a

A glassworks company makes blown glass bowls and has a daily production cost, C, in dollars modeled by the equation:
How many bowls, $b$, should be made to minimize the production cost?

F.IF.8.a

Elissa has a hammock in her backyard that is tied to two palm trees. The hammock's shape is modeled by the function:

How far apart are the palm trees?

F.IF.8.a

Selena jumped off a cliff into a river. Her height as a function of time is modeled by the function:
where $t$ is the time in seconds and $h$ is the height in feet.
How long was Selena in the air?

5 seconds

6 seconds

30 seconds

11 seconds

F.IF.8.a

IM2_Matrix 2025_Cycle 4 Prep_F.IF.8a

IM2_Matrix 2025_Cycle 4 Prep_F.IF.8a

Enter an equation for the line of symmetry for the function defined by

A student starts a business printing custom t-shirts for school clubs. The daily profit, $P$, depends on how many shirts, $x$, are produced each day. The profit function is: Select the number of t-shirts sold that will minimize profit.

A glassworks company makes blown glass bowls and has a daily production cost, C, in dollars modeled by the equation: How many bowls, $b$, should be made to minimize the production cost?

Elissa has a hammock in her backyard that is tied to two palm trees. The hammock's shape is modeled by the function: How far apart are the palm trees?

Selena jumped off a cliff into a river. Her height as a function of time is modeled by the function: where $t$ is the time in seconds and $h$ is the height in feet.How long was Selena in the air?

Enter an equation for the line of symmetry for the function defined by

A student starts a business printing custom t-shirts for school clubs. The daily profit, $P$, depends on how many shirts, $x$, are produced each day. The profit function is: Select the number of t-shirts sold that will minimize profit.

A glassworks company makes blown glass bowls and has a daily production cost, C, in dollars modeled by the equation: How many bowls, $b$, should be made to minimize the production cost?

Elissa has a hammock in her backyard that is tied to two palm trees. The hammock's shape is modeled by the function: How far apart are the palm trees?

Selena jumped off a cliff into a river. Her height as a function of time is modeled by the function: where $t$ is the time in seconds and $h$ is the height in feet.How long was Selena in the air?

A student starts a business printing custom t-shirts for school clubs. The daily profit, $P$, depends on how many shirts, $x$, are produced each day. The profit function is:
Select the number of t-shirts sold that will minimize profit.

A glassworks company makes blown glass bowls and has a daily production cost, C, in dollars modeled by the equation:
How many bowls, $b$, should be made to minimize the production cost?

Elissa has a hammock in her backyard that is tied to two palm trees. The hammock's shape is modeled by the function:

How far apart are the palm trees?

Selena jumped off a cliff into a river. Her height as a function of time is modeled by the function:
where $t$ is the time in seconds and $h$ is the height in feet.
How long was Selena in the air?

A student starts a business printing custom t-shirts for school clubs. The daily profit, $P$, depends on how many shirts, $x$, are produced each day. The profit function is:
Select the number of t-shirts sold that will minimize profit.

A glassworks company makes blown glass bowls and has a daily production cost, C, in dollars modeled by the equation:
How many bowls, $b$, should be made to minimize the production cost?

Elissa has a hammock in her backyard that is tied to two palm trees. The hammock's shape is modeled by the function:

How far apart are the palm trees?

Selena jumped off a cliff into a river. Her height as a function of time is modeled by the function:
where $t$ is the time in seconds and $h$ is the height in feet.
How long was Selena in the air?