Answer:
77 < answer
Step-by-step explanation:
Answer:
x = - 16
Step-by-step explanation:
Given
x + 7 = - 9 ( subtract 7 from both sides )
x = - 16
Answer:
<u>Part A:</u>
<u>The equation describing the relationship between speed and time is:</u>
<u>s = 32t</u>
<u>Ordered pairs of the form (speed, time) are:</u>
<u>(32, 1)</u>
<u>(64, 2)</u>
<u>(96, 3)</u>
<u>(128, 4)</u>
<u>Part B:</u>
<u>s = 32t</u>
<u>s = 32 * 5 = 160 feet per second</u>
Step-by-step explanation:
1. Let's review the information provided to us to answer the question correctly:
Height of the cliff = 500 feet
Speed after one second = 32 feet per second
Speed after four seconds = 128 feet per second
2. Assume the relationship between time, t, and speed, s, is linear and write an equation describing the relationship. Use ordered pairs of the form (speed, time)
The equation describing the relationship between speed and time is:
s = 32t
Ordered pairs of the form (speed, time) are:
(32, 1)
(64, 2)
(96, 3)
(128, 4)
3. Use the equation to determine the speed of the rock 5 seconds after is dropped.
s = 32t
s = 32 * 5 = 160 feet per second
Answer:
i think its D or C but im not sure
Step-by-step explanation:
hope this helped
Answer:
In physics, the line of action (also called line of application) of a force F is a geometric representation of how the force is applied. It is the line through the point at which the force is applied in the same direction as the vector F→.[1][2]
The line of action is shown as the vertical dotted line. It extends in both directions relative to the force vector, but is most useful where it defines the moment arm.
The concept is essential, for instance, for understanding the net effect of multiple forces applied to a body. For example, if two forces of equal magnitude act upon a rigid body along the same line of action but in opposite directions, they cancel and have no net effect. But if, instead, their lines of action are not identical, but merely parallel, then their effect is to create a moment on the body, which tends to rotate it.
Calculation of torque
References
Last edited 20 days ago by Belomaad
RELATED ARTICLES
Torque
Physics concept
Net force
The overall force acting upon an object. In order to calculate the net force, the body is isolated and interactions with the environment or other constraints are represented as forces and torques in a free-body diagram
Step-by-step explanation:
Formula
F=G{\frac{m_1m_2}{r^2}}
F = force
G = gravitational constant
m_1 = mass of object 1
m_2 = mass of object 2
r = distance between centers of the masses
