Asked by chosen
What does the sign of a force indicate?
A negative sign indicates a weak force, while a positive sign indicates a strong force.
A negative sign indicates a strong force, while a positive sign indicates a weak force.
A negative sign indicates an attractive force, while a positive sign indicates a repulsive force.
A negative sign indicates a repulsive force, while a positive sign indicates an attractive force.
A negative sign indicates a weak force, while a positive sign indicates a strong force.
A negative sign indicates a strong force, while a positive sign indicates a weak force.
A negative sign indicates an attractive force, while a positive sign indicates a repulsive force.
A negative sign indicates a repulsive force, while a positive sign indicates an attractive force.
Answers
Answered by
oobleck
think of the Coulomb force formula
what if the charges have the same/different signs?
what if the charges have the same/different signs?
Answered by
Lopez
They don’t know that’s why they asked...
Answered by
Star Butterfly
What does the sign of the force indicate?
Answer: A negative sign indicates an attractive force, while a positive sign indicates a repulsive force
Is gravitational force always attractive?
Answer: Yes, because its sign is always negative
The product of m1m2m1m2 in the formula for gravitational force is always?
Answer: Positive, because the product of two positive numbers is positive
What is the magnitude of the gravitational force on each mass when m1=600 kgm1=600 kg, m2=400 kgm2=400 kg, and their centers are 6 meters apart?
Answer: 4.45×10−7 N
What is the mass of m2m2 when m1=860 kgm1=860 kg, the centers of the masses are 2.4 meters apart, and the magnitude of the gravitational force on each mass is 9.07×10−6 N9.07×10−6 N?
Answer: m2=910 kg
Got 5/5 you're welcome <3
Answer: A negative sign indicates an attractive force, while a positive sign indicates a repulsive force
Is gravitational force always attractive?
Answer: Yes, because its sign is always negative
The product of m1m2m1m2 in the formula for gravitational force is always?
Answer: Positive, because the product of two positive numbers is positive
What is the magnitude of the gravitational force on each mass when m1=600 kgm1=600 kg, m2=400 kgm2=400 kg, and their centers are 6 meters apart?
Answer: 4.45×10−7 N
What is the mass of m2m2 when m1=860 kgm1=860 kg, the centers of the masses are 2.4 meters apart, and the magnitude of the gravitational force on each mass is 9.07×10−6 N9.07×10−6 N?
Answer: m2=910 kg
Got 5/5 you're welcome <3
Answered by
Chotoko
Star Butterfly, Literal life saver, 100% correct
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