Use the drop-down menus to complete each sentence. the mass of the cylinder is manipulated. this is the variable. the temperature of the water changes as the mass of the cylinder changes. temperature of the water is therefore the variable. a “constant” is a parameter that stays the same regardless of the variables. one parameter of the system that is held constant is the .

strength.

Explanation: The simulation made the strength an independent variable and dependent variable.

A) Independent

B) Dependent

C) Mass

Explanation:

The speed applied to the physics cart is manipulated. This doesn't depend on another variable. Thus, speed is the (independent) variable.

The cart accelerates due to the speed applied to the cart. Acceleration depends on the speed applied. Thus, acceleration is therefore the (dependent) variable.

A “constant” is a parameter that remains the same regardless of the variables.

One parameter of the cart that is held constant is the (mass).

As per Newton's II law we know that

now if we apply some force F on an object then as per Newton's II law

if Force is variable then we will have variable acceleration accordingly

now we can say

so here acceleration will vary with same proportionality as we will vary the value of force

so here the constant parameter is MASS(M)

so in the above case mass will remain constant

height of the cylinder

Explanation:

INDEPENDENT, DEPENDENT, STRENGTH.

Explanation: The Polarity of a Magnet determines the Direction of flow of the induced current,as the polarity of the magnet is manipulated so will the current.

A constant is a factor that will not change if every conditions remain the same,so a constant is the same.

The strength of a magnet is its ability to attract other metallic or magnetic materials to itself or its degree of attractiveness. Induced current are currents that occur as are result of the action of an inducer.

The force applied to the physics cart is manipulated. This is the (independent) variable.

The cart accelerates due to the force applied to the cart. Acceleration is therefore the (dependent) variable.

A “constant” is a parameter that stays the same regardless of the variables. One parameter of the cart that is held constant is the (mass).

The height of the cylinder is manipulated. This is the  variable.

independant

The temperature of the water changes as the height of the cylinder changes. The temperature of the water is therefore the  variable.

dependant

A “constant” is a parameter that stays the same regardless of the variables. One parameter of the system that is held constant is the .mass of cyilinder

We really don't know for sure, because there's no picture or description
of the cart and you haven't told us anything about it.

But we do know that fan speeds and accelerations are easy to change,
but the mass of things doesn't change.

So I'm pretty sure that it must be the mass of the cart that doesn't change.