How many miles are in 37km

Chemistry

2 answers:

DanielleElmas [232]2 years ago

7 0

There are 22.99073411 miles in 37 kilometers.

You would use the formula (Miles = Kilometers * 0.621371192) to get your answer.

Other calculations:

37 kilometer(s) = 40463.69 yards

37 kilometer(s) = 121391.08 feet or foot

37 kilometer(s) = 1456692.91 inches

Hope this helps! :)

Ne4ueva [31]2 years ago

4 0

There are 22.9907 miles in 37 km

You might be interested in

A gram of gasoline produces 45.0kj of energy when burned. gasoline has a density of 0.77/gml . how would you calculate the amoun

babymother [125]

Given that there is 48 liters of gasoline to be burned and that 45 kJ of energy is released per gram of gasoline burned, the amount of energy that the gasoline fuel produces can then be calculated, First, we convert 48 liters of gasoline to units of mass (grams) in order to use the given conversion of 45 kJ per gram of gasoline. To do this, we use the density of gasoline which is 0.77 g/mL. The following expression is then used:

48 L gasoline x 1000 mL/L x 0.77 g/mL x 45 kJ/g gasoline = 1663200 kJ

The amount of energy produced by burning 48 L of gasoline was then determined to be 1663200 kJ.

5 0

2 years ago

What types of compounds are CaCl2, Cu, C2H6, respectively.

mina [271]

Answer:

Ionic, metal, organic

Explanation:

In this case, we have to analyze each compound:

-) $CaCl_2$

In this compound, we have a non-metal atom (Cl) and a metal atom (Ca) . So, we will have a high electronegativity difference between these atoms, With this in mind, we will have an ionic bond. Ions can be produced:

$CaCl_2~->~Ca^+^2~+~2Cl^-$

The cation would be $Ca^+^2$ and the anion is $Cl^-$ . So, we will have an ionic compound.

-) $Cu$

In this case, we have a single atom. If we check the periodic table we will find this atom in the transition metals section (in the middle of the periodic table). So, this indicates that Cu (Copper) is a metal.

-) $C_2H_6$

In this molecule, we have single bonds between carbon and hydrogen. The electronegativity difference between C and H are not high enough to produce ions. So, with this in mind, we will have covalent bonds. This is the main characteristic of organic compounds.  (See figure 1)