The statement given about a training pyramid is a) True
<h3>Meaning of a Training pyramid</h3>
A training pyramid can be defined with a pyramid in view where there are different steps from bottom to top.
A training pyramid is a training process that starts with easy and simple training tasks to difficult and hard task.
In a pyramid system you get to build step by step.
In conclusion, The statement given about a training pyramid is a) True
Learn more about a Training pyramid: https://brainly.in/question/9515867
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In this problem, the goat is a noun and the "slow" is acting like a verb(supposed to be an adjective but whatever...)
<span>Only objects are able "to do verbs"; That's why nouns, proper nouns, etc. are able to carry out an action. Verbs, adjectives, adverbs, etc. can't carry out actions
</span>
Example:A slug can snail but a snail can't slug
A snail can twist but a twist can't snail
Jumping can't Run and therefore, Running can't jump.
Answer:
The question is not complete. Since force is a vector quantity we need to consider the direction of the two forces.
hence if they are acting opposite on the body . then the net force will be 30-10=20N20N
Acceleration=Force/mass
=20/4
=5m/s^2
Explanation:
Answer:
a. 156.41m
b. directly over the target
Explanation:
a) At the point of release, the weight will have:
Horizontal:
velocity of 40m/s (same as the plane)
Acceleration of zero since it is not under the influence of any force.
Vertical:
initial Velocity - zero at this instant
Acceleration - Towards the ground with g (9.81m/s^2)
from newton's equation of motion, since its falling under gravity, the horizontal component wont be involved
s = ut + (1/2)at^2
u = initial velocity
a = acceleration
s = displacement
t = time taken
75 = 0 + (1/2)(9.81)t^2
t^2=15.29
t=3.91
t = 3.91s
Applying the time of flight to the horizontal components:
Distance = speed x time
= 40 x 3.91
= 156.41m
B) The pilot looks down at the weight after she drops it. Where is the plane located at the instant the weight hits the ground?
not yet over the target
past the target
directly over the target
not enough information to determine
c. directly over the target. will be the correct answer
I would believe the opposite of malleable to be rigid, or stiff. :)