Title: true
Course: Physics copy 1

Q: Two quantities, H and U, are found to have be related by the following equation

$$H=k \cdot U$$

U has units $$\frac{N \cdot kg}{m \cdot s}$$ and H has units $$N$$. The proportionality constant must have units of $$\frac{m \cdot s}{kg}$$
- True
- False
A: True

Q: Two quantities, I and W, are found to have be related by the following equation

$$I=k \cdot W$$

W has units $$\frac{C}{m \cdot s}$$ and I has units $$C$$. The proportionality constant must have units of $$m \cdot s$$
- True
- False
A: True

Q: Two quantities, J and X, are found to have be related by the following equation

$$J=k \cdot X$$

X has units $$\frac{C}{m \cdot s^2}$$ and J has units $$C$$. The proportionality constant must have units of $$m \cdot s^2$$
- True
- False
A: True

Q: Two quantities, G and X, are found to have be related by the following equation

$$G=k \cdot X$$

X has units $$\frac{m \cdot kg}{s}$$ and G has units $$m$$. The proportionality constant must have units of $$\frac{s}{kg}$$
- True
- False
A: True

Q: Two quantities, M and Q, are found to have be related by the following equation

$$M=k \cdot Q$$

Q has units $$\frac{J \cdot kg}{N \cdot s}$$ and M has units $$J$$. The proportionality constant must have units of $$\frac{N \cdot s}{kg}$$
- True
- False
A: True

Q: Two quantities, G and P, are found to have be related by the following equation

$$G=k \cdot P$$

P has units $$\frac{s \cdot kg}{m}$$ and G has units $$s$$. The proportionality constant must have units of $$\frac{m}{kg}$$
- True
- False
A: True

Q: Two quantities, L and Z, are found to have be related by the following equation

$$L=k \cdot Z$$

Z has units $$\frac{J \cdot kg}{m}$$ and L has units $$J$$. The proportionality constant must have units of $$\frac{m}{kg}$$
- True
- False
A: True

Q: Two quantities, A and K, are found to have be related by the following equation

$$A=k \cdot K$$

K has units $$\frac{N \cdot kg}{C \cdot s}$$ and A has units $$N$$. The proportionality constant must have units of $$\frac{C \cdot s}{kg}$$
- True
- False
A: True

Q: Two quantities, M and Y, are found to have be related by the following equation

$$M=k \cdot Y$$

Y has units $$\frac{kg \cdot s^2}{m}$$ and M has units $$kg$$. The proportionality constant must have units of $$\frac{m}{s^2}$$
- True
- False
A: True

Q: Two quantities, A and P, are found to have be related by the following equation

$$A=k \cdot P$$

P has units $$\frac{s \cdot N}{kg}$$ and A has units $$s$$. The proportionality constant must have units of $$\frac{kg}{N}$$
- True
- False
A: True

Q: Two quantities, A and Q, are found to have be related by the following equation

$$A=k \cdot Q$$

Q has units $$\frac{N \cdot kg}{m^2 \cdot s}$$ and A has units $$N$$. The proportionality constant must have units of $$\frac{m^2 \cdot s}{kg}$$
- True
- False
A: True

Q: Two quantities, H and T, are found to have be related by the following equation

$$H=k \cdot T$$

T has units $$\frac{C \cdot kg}{m^2 \cdot s}$$ and H has units $$\frac{C}{N}$$. The proportionality constant must have units of $$\frac{m^2 \cdot s}{kg \cdot N}$$
- True
- False
A: True

Q: Two quantities, M and S, are found to have be related by the following equation

$$M=k \cdot S$$

S has units $$\frac{N \cdot kg}{m \cdot s}$$ and M has units $$N$$. The proportionality constant must have units of $$\frac{kg}{m \cdot s}$$
- True
- False
A: False

Q: Two quantities, L and S, are found to have be related by the following equation

$$L=k \cdot S$$

S has units $$\frac{C}{m \cdot s}$$ and L has units $$C$$. The proportionality constant must have units of $$m \cdot s$$
- True
- False
A: True

Q: Two quantities, E and Y, are found to have be related by the following equation

$$E=k \cdot Y$$

Y has units $$\frac{C}{m \cdot s^2}$$ and E has units $$C$$. The proportionality constant must have units of $$m \cdot s^2$$
- True
- False
A: False

Q: Two quantities, I and Q, are found to have be related by the following equation

$$I=k \cdot Q$$

Q has units $$\frac{m \cdot kg}{s}$$ and I has units $$m$$. The proportionality constant must have units of $$\frac{kg}{s}$$
- True
- False
A: False

Q: Two quantities, C and N, are found to have be related by the following equation

$$C=k \cdot N$$

N has units $$\frac{J \cdot kg}{N \cdot s}$$ and C has units $$J$$. The proportionality constant must have units of $$\frac{kg}{N \cdot s}$$
- True
- False
A: False

Q: Two quantities, E and Q, are found to have be related by the following equation

$$E=k \cdot Q$$

Q has units $$\frac{s \cdot kg}{m}$$ and E has units $$s$$. The proportionality constant must have units of $$\frac{kg}{m}$$
- True
- False
A: False

Q: Two quantities, L and L, are found to have be related by the following equation

$$L=k \cdot L$$

L has units $$\frac{J \cdot kg}{m}$$ and L has units $$J$$. The proportionality constant must have units of $$\frac{kg}{m}$$
- True
- False
A: False

Q: Two quantities, A and O, are found to have be related by the following equation

$$A=k \cdot O$$

O has units $$\frac{N \cdot kg}{C \cdot s}$$ and A has units $$N$$. The proportionality constant must have units of $$\frac{kg}{C \cdot s}$$
- True
- False
A: False

Q: Two quantities, J and O, are found to have be related by the following equation

$$J=k \cdot O$$

O has units $$\frac{kg \cdot s^2}{m}$$ and J has units $$kg$$. The proportionality constant must have units of $$\frac{s^2}{m}$$
- True
- False
A: False

Q: Two quantities, D and P, are found to have be related by the following equation

$$D=k \cdot P$$

P has units $$\frac{s \cdot N}{kg}$$ and D has units $$s$$. The proportionality constant must have units of $$\frac{N}{kg}$$
- True
- False
A: False

Q: Two quantities, H and W, are found to have be related by the following equation

$$H=k \cdot W$$

W has units $$\frac{N \cdot kg}{m^2 \cdot s}$$ and H has units $$N$$. The proportionality constant must have units of $$\frac{kg}{m^2 \cdot s}$$
- True
- False
A: False

Q: Two quantities, G and X, are found to have be related by the following equation

$$G=k \cdot X$$

X has units $$\frac{C \cdot kg}{m^2 \cdot s}$$ and G has units $$\frac{C}{N}$$. The proportionality constant must have units of $$\frac{kg \cdot N}{m^2 \cdot s}$$
- True
- False
A: False