To calculate the total distance traveled, we need to consider the distances traveled in each direction. Let's break it down step by step:
1. Walking 6 blocks east: When you walk 6 blocks east, you cover a distance of 6 blocks.
2. Walking 2 blocks north: After walking east, you then walk 2 blocks north. This adds an additional distance of 2 blocks.
3. Walking 3 blocks west: Next, you turn and walk 3 blocks west. This cancels out part of the distance you covered while walking east. So, you subtract 3 blocks from the total distance.
4. Walking 4 blocks south: Finally, you walk 4 blocks south. This cancels out part of the distance you covered while walking north. So, you subtract 4 blocks from the total distance.
To calculate the total distance traveled, we can add up the distances traveled in each direction:
Distance traveled east: 6 blocks
Distance traveled north: 2 blocks
Distance traveled west: -3 blocks (subtracting 3 blocks cancels out part of the distance traveled east)
Distance traveled south: -4 blocks (subtracting 4 blocks cancels out part of the distance traveled north)
Now, we can add these distances together:
6 blocks + 2 blocks + (-3 blocks) + (-4 blocks) = 1 block
Therefore, the total distance you travel is 1 block.
Answer: He is the lead singer of queen with Brian may (guitarist) John Deacon(bassist) and Roger Taylor(drummer). Before being known as queen they were called Smile
B) Fusion is an exothermic reaction while fission is an endothermic reaction.
C) Fusion does not generate energy while fission generates a huge amount of energy.
D) Fusion only takes place in the stars so it cannot be used on Earth to generate energy while fission can be used here for energy.
Potassium hydroxide (KOH) and hydrochloric acid (HCl) react in a beaker. They form potassium chloride (KCl) and water (H2O). This type of reaction is a double replacement reaction wherein the two principal reactants exchange after the reaction. The Cl will combine to the K forming KCl and the H will add to the OH forming H2O.
Answer:
B double replacement reaction
Explanation:
took the test
Answer:
Explanation:
i was always interested in certain biomechanics, how things lived and what worked for them to stay alive, but more specifically how organisms grow. i can also apply to this to industrial engineering. The parts in a machine for it do its job, and how they have to be not just accurate, but precise every time; The amount of calculation and careful precison for it to be effective. i would love to understand in general why things work the way they do.