M&A Videos Flashcards
Remember…
In an all-cash deal, the buyer bears all the risk, as the buyer just walks away with a bag of cash! In a stock-for-stock deal, the risk is shared. In a cash-and-stock deal, the risk is also shared, but to a lesser extent compared to a full stock deal!
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This also means that, in an all-cash deal, the buyer has all the upside potential, but also has almost no downside protection. In a stock-for-stock deal, the risk is shared, which means that part of the upside is shared, but also part of the downside (which serves as protection)
What does the term ‘wealth transfer’ try to capture?
The term ‘wealth transfer’ tries to capture what will happen if the deal is a zero-sum game. So it does not create value nor destroy value. This means that there are no synergies, and wealth will be transferred from the buyer shareholders to the target shareholders.
Give the formula for the buyer’s expected gain in an all-cash deal
Buyer’s expected gain = E(synergies) –total value of premium
Total value of premium = # target S/O * (offer price –current share price)
Give the formula for the premium paid in a stock-for-stock deal
- Calculate stock price post deal of the combined entity = (Vb + Vt + S) / (Nbpost + Ntpost)
- Calculate the MV of the target shareholders’ ownership post deal
- Calculate increase in MV of the target shareholders’ ownership relative to standalone value
- Calculate the target shareholder gain per share using Ntpre
- Calculate the implied premium
Give the formula for wealth transfer in a stock-for-stock deal
%T * (Vb + Vt) – Vt
Give the formula for target downside protection and buyer break-even synergies in a stock-for-stock deal
Downside protection: %T * (Vb + Vt + S) = Vt, and solve for S
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Break-even synergies: %B * (Vb + Vt + S) = Vb, and solve for S
Give the formula for the market consensus estimate of synergies in a stock-for-stock deal
∆Fundamental value buyer = –Wealth transfer + (a * S)
∆Fundamental value target = Wealth transfer + ((1-a) * S)
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S = ∆Fundamental value buyer + ∆Fundamental value target
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Here we can see that the change in fundamental value depends on 2 factors:
1. the wealth transfer
2. the expected benefit of synergies
Are the wealth transfer and downside protection higher or lower in a cash-and-stock deal compared to an all-stock deal? Why is that?
In a cash-and-stock deal, the wealth transfer is higher and the downside protection is lower (i.e., more negative so higher protection) compared to a stock-for-stock deal. This is partly because part of the consideration is paid out in cash immediately and bears no risk. The level in uncertainty related to the payoff is lower.
In a cash-and-stock deal, how do you calculate the premium?
- Calculate stock price post deal of the combined entity = (Vb + Vt + S – Cash) / (Nbpost + Ntpost)
- Calculate the MV of the target shareholders’ ownership post deal (includes cash)
- Calculate increase in MV of the target shareholders’ ownership relative to standalone value
- Calculate the target shareholder gain per share using Ntpre
- Calculate the implied premium
In a cash-and-stock deal, give the formula for wealth transfer
%T * (Vb + Vt – Cash) + Cash - Vt
In a cash-and-stock deal, give the formula for downside protection and break-even synergies
Wealth transfer: %T * (Vb + Vt + S – Cash) + Cash = Vt and solve for S
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Break-even synergies: %B * (Vb + Vt + S – Cash) = Vb and solve for S
What is the effect of a toehold in a transaction?
- Toeholds reduce the cost of the acquisition for the buyer, as you don’t have to pay a premium for the shares you already own > this reduces the total premium you have to pay!!!!
- They allow the bidder’s to make a profit in case of losing to a higher bidder.
In a toehold transaction, how do you calculate the premium paid?
- Total value received by target: %T * (Vb + Vt + S –Cash – toehold value) + Cash
%T = adjusted of for the # shares that need to be issued
Cash = adjusted for the # shares the buyer already
toehold value = # shares the buyer owns * share price target
// - Total premium paid: total value received by target - pre-acq. MV of target shares not owned by the buyer
pre-acq. MV of target shares not owned by the buyer = share price target * (target S/O - shares owned by buyer)
What is the arbitrage gap? And what does it signal?
Arbitrage gap: the difference between the post-announcement market price of the target and its theoretical value (based on deal terms). Usually, target’s post-announcement market price < Theoretical price. This reveals arbitrageurs assessment of deal completion probability. The higher the arbitrage gap, the higher the event risk – i.e., the risk that the deal may not go through. Event risk can be due to concerns regarding obtaining regulatory approval, challenges to the deal by dissident directors or dissident shareholders.
How do you calculate the arbitrage gap?
- Theoretical post-ann. share price target = (cash per share * (exchange ratio * share price buyer post ann.)
- Arbitrage gap = actual price – theoretical price
Or in %: arbitrage gap / theoretical price